mhurhangee/patent-ind-claim-en huggingface dataset:
A support shell assembly comprising: a calf part ; a foot part which is hingedly connectable to the calf part ; a sole part which is connectable to the foot part , wherein the sole part has a pressure sensor device for detecting the tread load of the sole part by a patient, and wherein the pressure sensor device comprises at least one pressure sensor (81, 81', 81", 81''') which is adapted to output a sensor signal; an evaluation device in which a predetermined maximum value and/or maximum value range of the permissible tread load can be stored, and which is adapted to determine a sensor value from the sensor signal of the pressure sensor (81, 81', 81", 81''') and to compare the determined sensor value with the predetermined maximum value and/or the maximum value range; an information transmission unit which is adapted to transmit an optical and/or acoustic signal if the determined sensor value exceeds the maximum value and/or the maximum value range; and a power supply device for supplying the evaluation device and/or the information transmission unit with power, characterized in that the support shell assembly additionally comprises an operating switch, the operating switch being adapted to switch on the power supply in the event of a tread load and to switch off the power supply if no tread load is detected for a certain time. a calf part ; a foot part which is hingedly connectable to the calf part ; a sole part which is connectable to the foot part , wherein the sole part has a pressure sensor device for detecting the tread load of the sole part by a patient, and wherein the pressure sensor device comprises at least one pressure sensor (81, 81', 81", 81''') which is adapted to output a sensor signal; an evaluation device in which a predetermined maximum value and/or maximum value range of the permissible tread load can be stored, and which is adapted to determine a sensor value from the sensor signal of the pressure sensor (81, 81', 81", 81''') and to compare the determined sensor value with the predetermined maximum value and/or the maximum value range; an information transmission unit which is adapted to transmit an optical and/or acoustic signal if the determined sensor value exceeds the maximum value and/or the maximum value range; and a power supply device for supplying the evaluation device and/or the information transmission unit with power, characterized in that the support shell assembly additionally comprises an operating switch, the operating switch being adapted to switch on the power supply in the event of a tread load and to switch off the power supply if no tread load is detected for a certain time.
A cochlear implant device comprising. - an implantable receiving unit configured to receive a plurality of electric stimulation pulses via a transcutaneous link, - an electrode array including a plurality of electrodes configured to stimulate auditory nerve fibers of a cochlea of a recipient based on the plurality of electric stimulation pulses, and wherein the electrode array comprises: o a first region including a first group of electrodes of the plurality of electrodes , o a second region including a second group of electrodes of the plurality of electrodes , where a silicone notch carrier is arranged between the electrodes of the second group, and where each of the silicone notch carrier includes a notch which is formed into the silicone notch carrier and characterized in that when the electrode array is straighten each notch has an opening angle which varies between the silicone notch carriers. - an implantable receiving unit configured to receive a plurality of electric stimulation pulses via a transcutaneous link, - an electrode array including a plurality of electrodes configured to stimulate auditory nerve fibers of a cochlea of a recipient based on the plurality of electric stimulation pulses, and wherein the electrode array comprises: o a first region including a first group of electrodes of the plurality of electrodes , o a second region including a second group of electrodes of the plurality of electrodes , where a silicone notch carrier is arranged between the electrodes of the second group, and where each of the silicone notch carrier includes a notch which is formed into the silicone notch carrier and characterized in that when the electrode array is straighten each notch has an opening angle which varies between the silicone notch carriers. o a first region including a first group of electrodes of the plurality of electrodes , o a second region including a second group of electrodes of the plurality of electrodes , where a silicone notch carrier is arranged between the electrodes of the second group, and where each of the silicone notch carrier includes a notch which is formed into the silicone notch carrier and characterized in that when the electrode array is straighten each notch has an opening angle which varies between the silicone notch carriers.
A space frame radome comprising a sheet, said sheet comprising high strength polymeric fibers and a plastomer, wherein said plastomer is a copolymer of ethylene or propylene and one or more C2 to C12 alpha-olefin co-monomers and wherein said plastomer has a density as measured according to ISO1183 of between 860 and 940 kg/m 3 and wherein the sheet has an areal density that is with at most 500% higher than the areal density of the high strength polymeric fibers and has a dielectric constant of lower than 3.2 and a loss tangent of lower than 0.023, the dielectric constant and the loss tangent being measured at frequencies of between at least 0.5 GHz and at most 130 GHz.
A system for connecting a call between a client device and a Public Switched Telephone Network, PSTN, device, the system comprising: at least one processor ; and one or more computer-readable storage media including instructions stored thereon that, responsive to execution by the at least one processor, cause the system to perform operations including: receiving a request to connect a call from a client device to a Public Switched Telephone Network, PSTN, device ; determining that a current location of the client device is not a permitted location for using a geographic number assigned to the client device; and causing the call to be connected between the PSTN device and the client device using an alternate number that does not have a geographic usage constraint and the geographic number by: causing a first portion of the call to be routed using the geographic number effective to cause the call from the client device to appear at the PSTN device to originate from the geographic number; and causing a second portion different from the first portion of the call to be routed using the alternate number. at least one processor ; and one or more computer-readable storage media including instructions stored thereon that, responsive to execution by the at least one processor, cause the system to perform operations including: receiving a request to connect a call from a client device to a Public Switched Telephone Network, PSTN, device ; determining that a current location of the client device is not a permitted location for using a geographic number assigned to the client device; and causing the call to be connected between the PSTN device and the client device using an alternate number that does not have a geographic usage constraint and the geographic number by: causing a first portion of the call to be routed using the geographic number effective to cause the call from the client device to appear at the PSTN device to originate from the geographic number; and causing a second portion different from the first portion of the call to be routed using the alternate number. receiving a request to connect a call from a client device to a Public Switched Telephone Network, PSTN, device ; determining that a current location of the client device is not a permitted location for using a geographic number assigned to the client device; and causing the call to be connected between the PSTN device and the client device using an alternate number that does not have a geographic usage constraint and the geographic number by: causing a first portion of the call to be routed using the geographic number effective to cause the call from the client device to appear at the PSTN device to originate from the geographic number; and causing a second portion different from the first portion of the call to be routed using the alternate number. causing a first portion of the call to be routed using the geographic number effective to cause the call from the client device to appear at the PSTN device to originate from the geographic number; and causing a second portion different from the first portion of the call to be routed using the alternate number.
A memory module comprising: a first storage unit (1150; 150) coupled to a central processing unit, CPU, (1130; 130) through a first bus (BS2) having a first bit width; a second storage unit (1160; 160) coupled to the first storage unit (1150; 150) through a second bus (BS4) having a bit width smaller than the first bit width; and an access control circuit (1140; 140) configured, when a request to save context information of a task is received by an interrupt, to write context information transferred from the CPU (1130; 130) in one cycle through the first bus (BS2), a context number identifying the context information, and a link context number identifying context information transferred from the CPU (1130; 130) at the time of a previous interrupt to the first storage unit (1150; 150), wherein after writing to the first storage unit (1150; 150), the access control circuit (1140; 140) transfers data comprising the context information and the link context number stored in the first storage unit (1150; 150) to an address of the second storage unit (1160; 160) through the second bus (BS4) in a plurality of cycles, the address corresponding to the context number stored in the first storage unit (1150; 150). a first storage unit (1150; 150) coupled to a central processing unit, CPU, (1130; 130) through a first bus (BS2) having a first bit width; a second storage unit (1160; 160) coupled to the first storage unit (1150; 150) through a second bus (BS4) having a bit width smaller than the first bit width; and an access control circuit (1140; 140) configured, when a request to save context information of a task is received by an interrupt, to write context information transferred from the CPU (1130; 130) in one cycle through the first bus (BS2), a context number identifying the context information, and a link context number identifying context information transferred from the CPU (1130; 130) at the time of a previous interrupt to the first storage unit (1150; 150), wherein after writing to the first storage unit (1150; 150), the access control circuit (1140; 140) transfers data comprising the context information and the link context number stored in the first storage unit (1150; 150) to an address of the second storage unit (1160; 160) through the second bus (BS4) in a plurality of cycles, the address corresponding to the context number stored in the first storage unit (1150; 150).
Geared traction motor for a vehicle that combines, in a casing made of multiple elements , an electric machine composed of a stator and a rotor rotating in ball bearings supported by the casing, a primary drive toothset borne by the shaft of the rotor , and a secondary toothset transmitting the movement of the primary toothset to a differential , characterized in that one of the casing elements has a radial extension that gets closer to the primary toothset over part of its circumference, characterized in that the radial extension constitutes a cylindrical guide face for a removable protective element capping the primary toothset when the rotor is introduced into the casing element .
An aspiration circuit for a fluidics system for selectively controlling aspiration, comprising: an aspiration line operatively connected to a surgical instrument; an aspiration pump to create an aspiration flow in the aspiration line; an aspiration exhaust line operatively connected to the aspiration pump on one end and to a waste receptacle on an opposing end; an aspiration vent line connected at a first end to the aspiration line between the aspiration pump and the surgical instrument; and a selectively variable vent valve operatively connected to the aspiration vent line , wherein the variable vent valve may be selectively moved to selectively change aspiration pressure within the aspiration line; an irrigation line operatively connected to the surgical instrument ; an irrigation pressure sensor and an actuator, the irrigation pressure sensor being positioned to detect irrigation pressure in the irrigation line and the actuator being operatively connected to the vent valve ; characterised in that the irrigation pressure sensor and the actuator are connected to a controller , and wherein the controller is operative to initiate the actuator to move the vent valve in response to pressure detected by the irrigation pressure sensor . an aspiration line operatively connected to a surgical instrument; an aspiration pump to create an aspiration flow in the aspiration line; an aspiration exhaust line operatively connected to the aspiration pump on one end and to a waste receptacle on an opposing end; an aspiration vent line connected at a first end to the aspiration line between the aspiration pump and the surgical instrument; and a selectively variable vent valve operatively connected to the aspiration vent line , wherein the variable vent valve may be selectively moved to selectively change aspiration pressure within the aspiration line; an irrigation line operatively connected to the surgical instrument ; an irrigation pressure sensor and an actuator, the irrigation pressure sensor being positioned to detect irrigation pressure in the irrigation line and the actuator being operatively connected to the vent valve ; characterised in that the irrigation pressure sensor and the actuator are connected to a controller , and wherein the controller is operative to initiate the actuator to move the vent valve in response to pressure detected by the irrigation pressure sensor .
An RFID tag comprising: an RFIC element ; a first inductor element that includes a first insulating substrate having a mounting surface on which the RFIC element is mounted, and a first coil-shaped antenna being internally embedded in the first insulating substrate and having a winding axis in a direction perpendicular to the mounting surface ; and a second inductor element that includes a second insulating substrate mounted on the mounting surface , and a second coil-shaped antenna being internally embedded in the second insulating substrate , being electrically connected to the first coil-shaped antenna , and having a winding axis parallel to the mounting surface , characterized in that the first insulating substrate includes a laminate in which a plurality of dielectric layers or a plurality of magnetic layers are laminated, the first coil-shaped antenna includes a laminate coil-shaped antenna in which conductor patterns , each being formed on a corresponding one of the layers of the laminate, are connected to each other through an interlayer connection conductor , and the RFIC element and the second inductor element are at least partially located within an opening area of the first coil-shaped antenna when viewed in a direction of the winding axis of the first coil-shaped antenna . an RFIC element ; a first inductor element that includes a first insulating substrate having a mounting surface on which the RFIC element is mounted, and a first coil-shaped antenna being internally embedded in the first insulating substrate and having a winding axis in a direction perpendicular to the mounting surface ; and a second inductor element that includes a second insulating substrate mounted on the mounting surface , and a second coil-shaped antenna being internally embedded in the second insulating substrate , being electrically connected to the first coil-shaped antenna , and having a winding axis parallel to the mounting surface , characterized in that the first insulating substrate includes a laminate in which a plurality of dielectric layers or a plurality of magnetic layers are laminated, the first coil-shaped antenna includes a laminate coil-shaped antenna in which conductor patterns , each being formed on a corresponding one of the layers of the laminate, are connected to each other through an interlayer connection conductor , and the RFIC element and the second inductor element are at least partially located within an opening area of the first coil-shaped antenna when viewed in a direction of the winding axis of the first coil-shaped antenna .
An optical network unit, ONU, comprising: a receiver configured to receive a continuous-mode time-division multiple access, TDMA, downstream signal from an optical line terminal, OLT ; a photodiode, PD, coupled to the receiver and configured to convert the continuous-mode TDMA downstream signal to an electrical signal or a radio frequency, RF, signal; an analog-to-digital converter, ADC, coupled to the PD and configured to convert the electrical signal or the RF signal to a digital signal; and a burst-mode data recovery stage coupled to the ADC and configured to perform data recovery on a segment of the digital signal intended for the ONU , the burst-mode data recovery stage comprises a synchronization stage configured to perform synchronization on the segment; the ONU further comprising a media access controller, MAC, configured to provide TDMA burst timing information to the ADC , the synchronization stage , and the burst-mode data recovery stage . a receiver configured to receive a continuous-mode time-division multiple access, TDMA, downstream signal from an optical line terminal, OLT ; a photodiode, PD, coupled to the receiver and configured to convert the continuous-mode TDMA downstream signal to an electrical signal or a radio frequency, RF, signal; an analog-to-digital converter, ADC, coupled to the PD and configured to convert the electrical signal or the RF signal to a digital signal; and a burst-mode data recovery stage coupled to the ADC and configured to perform data recovery on a segment of the digital signal intended for the ONU , the burst-mode data recovery stage comprises a synchronization stage configured to perform synchronization on the segment; the ONU further comprising a media access controller, MAC, configured to provide TDMA burst timing information to the ADC , the synchronization stage , and the burst-mode data recovery stage .
A primary base fabric for a tufted carpet comprising a first non-woven web and a second non-woven web laminated on each other, wherein the first non-woven web is constituted with a first constituent fiber formed with a first thermoplastic resin and containing carbon; the second non-woven web is constituted with a second constituent fiber formed with a second thermoplastic resin and having a carbon content lower than the carbon content of the first constituent fiber or containing no carbon; and the primary base fabric is a product prepared by unifying the first non-woven web and the second non-woven web through an emboss processing.
A method of cryopreserving tissue and/or cellular material comprising: (a) preparing tissue and/or cellular material for storage, wherein the tissue and/or cellular material comprises bone chips; (b) loading the tissue and/or cellular material into a pouch made of a sealable, flexible polymeric material open at one end and comprising a needle-free swabable connector that is attached to the pouch at the other end, wherein the pouch is made of fluorinated ethylene propylene (FEP); (c) sealing the open end of the pouch; (d) injecting a cryopreservation fluid into the pouch through the connector; (e) freezing the pouch until the temperature of the pouch reaches about -70°C or lower; and (f) storing the pouch at -70°C or lower. (a) preparing tissue and/or cellular material for storage, wherein the tissue and/or cellular material comprises bone chips; (b) loading the tissue and/or cellular material into a pouch made of a sealable, flexible polymeric material open at one end and comprising a needle-free swabable connector that is attached to the pouch at the other end, wherein the pouch is made of fluorinated ethylene propylene (FEP); (c) sealing the open end of the pouch; (d) injecting a cryopreservation fluid into the pouch through the connector; (e) freezing the pouch until the temperature of the pouch reaches about -70°C or lower; and (f) storing the pouch at -70°C or lower.
A readjustment device for compensating for wear on a brake pad or a plurality of brake pads and/or a brake disc of a pneumatically actuatable disc brake for a vehicle, the readjustment device having a mechanical actuator device , this mechanical actuator device converting a rotational movement of a brake lever into a rotational movement of a shaft , the shaft setting in rotary motion at least one threaded spindle that acts on one of the brake pads, characterised in that the readjustment device can carry out an advancing stroke and a reverse rotary stroke of the threaded spindle , it being possible to end the advancing stroke and the reverse rotary stroke of the threaded spindle by switching one or more couplings .
A method of forming a fabric preform for a composite component from a fabric having a plurality of hoop tows and a plurality of bi-axial tows , the method comprising: receiving one end of the fabric on the form such that the hoop tows of the fabric extend in a direction generally perpendicular to a central axis of the form; wrapping the fabric around the form by rotating the fabric and the form relative to one another about the central axis of the form; and cutting at least some of the hoop tows into hoop tow segments at periodic intervals with a tool while the fabric is under a tension to enable a space to develop between ends of adjacent hoop tow segments along the length of the hoop tow; wherein cutting at least some of the hoop tows into hoop tow segments to enable spaces to develop between adjacent hoop tow segments accommodating increased deformation of the fabric during formation of the fabric preform while maintaining a presence of hoop tow segments in at least portions of the fabric; and the tool includes two rolling drums between which the fabric can be fed, one of the rolling drums having radially extending punches and the other of the rolling drums having slots into which the punches are received. receiving one end of the fabric on the form such that the hoop tows of the fabric extend in a direction generally perpendicular to a central axis of the form; wrapping the fabric around the form by rotating the fabric and the form relative to one another about the central axis of the form; and cutting at least some of the hoop tows into hoop tow segments at periodic intervals with a tool while the fabric is under a tension to enable a space to develop between ends of adjacent hoop tow segments along the length of the hoop tow; wherein cutting at least some of the hoop tows into hoop tow segments to enable spaces to develop between adjacent hoop tow segments accommodating increased deformation of the fabric during formation of the fabric preform while maintaining a presence of hoop tow segments in at least portions of the fabric; and the tool includes two rolling drums between which the fabric can be fed, one of the rolling drums having radially extending punches and the other of the rolling drums having slots into which the punches are received.
A device for determining a closing force of a capsule, comprising at least one bottom part segment for receiving at least one capsule bottom part , at least one top part segment for receiving at least one capsule top part , at least one closing means , which, for the closure of the capsule, acts on the capsule bottom part and/or capsule top part , characterized in that at least one force sensor , for registering a force (F) acting on the capsule during the closure, is provided.