mhurhangee/patent-ind-claim-en huggingface dataset:
A negative pressure wound therapy apparatus comprising: a source of negative pressure configured to be fluidically connected to a dressing configured to be placed over a wound; and a controller configured to: detect or cause detection of presence of at least one temporary blockage in a fluid flow path comprising the source of negative pressure, a canister configured to store fluid aspirated from the wound, and the dressing, the at least one temporary blockage caused by fluid aspirated from the wound being aspirated into the canister; clear or cause clearance of the at least one temporary blockage by increasing a level of negative pressure provided by the source of negative pressure; and characterized in that the controller is further configured to detect or cause detection of presence of the at least one temporary blockage in the fluid flow path by deactivating or causing deactivation of the source of negative pressure and detecting or causing detection of a substantially discontinuous decay of negative pressure in the fluid flow path while the source of negative pressure is deactivated. a source of negative pressure configured to be fluidically connected to a dressing configured to be placed over a wound; and a controller configured to: detect or cause detection of presence of at least one temporary blockage in a fluid flow path comprising the source of negative pressure, a canister configured to store fluid aspirated from the wound, and the dressing, the at least one temporary blockage caused by fluid aspirated from the wound being aspirated into the canister; clear or cause clearance of the at least one temporary blockage by increasing a level of negative pressure provided by the source of negative pressure; and characterized in that the controller is further configured to detect or cause detection of presence of the at least one temporary blockage in the fluid flow path by deactivating or causing deactivation of the source of negative pressure and detecting or causing detection of a substantially discontinuous decay of negative pressure in the fluid flow path while the source of negative pressure is deactivated. detect or cause detection of presence of at least one temporary blockage in a fluid flow path comprising the source of negative pressure, a canister configured to store fluid aspirated from the wound, and the dressing, the at least one temporary blockage caused by fluid aspirated from the wound being aspirated into the canister; clear or cause clearance of the at least one temporary blockage by increasing a level of negative pressure provided by the source of negative pressure; and characterized in that the controller is further configured to detect or cause detection of presence of the at least one temporary blockage in the fluid flow path by deactivating or causing deactivation of the source of negative pressure and detecting or causing detection of a substantially discontinuous decay of negative pressure in the fluid flow path while the source of negative pressure is deactivated.
A system comprising a surgical instrument having a tulip and a pedicle screw , the pedicle screw being received within the tulip , wherein the pedicle screw has a screw head , wherein the system comprises a plurality of pressure rings each having a guide element for receiving the screw head of the pedicle screw , the guide elements being different from each other characterized in that the screw head is spherical and has guide elements which cooperate with the guide elements of the pressure rings , so that the selection of a pressure ring determines whether no movement, a monoaxial movement or a polyaxial movement is permitted between the tulip and the pedicle screw . the pedicle screw has a screw head , wherein the system comprises a plurality of pressure rings each having a guide element for receiving the screw head of the pedicle screw , the guide elements being different from each other characterized in that the screw head is spherical and has guide elements which cooperate with the guide elements of the pressure rings , so that the selection of a pressure ring determines whether no movement, a monoaxial movement or a polyaxial movement is permitted between the tulip and the pedicle screw .
Circuit for modelling and emulating the pitch perception of complex sounds comprising: - a sample and hold circuit arranged to receive and sample a quasi-periodic input signal (IN) comprising at least two predetermined frequencies (f1, f2), thus obtaining a sampled signal; - a multiplier , connected to the sample and hold circuit , arranged to multiply the input signal (IN) with the sampled signal, thus obtaining a multiplied signal; - a low-pass filter , connected to the multiplier , arranged to filter the multiplied signal, thus obtaining a filtered signal; - a voltage controlled oscillator , connected to the low-pass filter , arranged to provide an output signal emulating the pitch of the quasi-periodic input signal (IN); - a discretization block , connected to the voltage control oscillator , arranged to discretize the output signal, thus obtaining a discretized signal, said discretized signal being arranged to enter the sample and hold circuit in order to provide the sampling frequency of the sample and hold circuit ; wherein the filtered signal makes the voltage control oscillator frequency lock to a main resonance frequency of the circuit fR = (f1+f2)/(p+q) which is based on the three-frequency resonances theory, where f1 and f2 are the two predetermined frequencies, and p/q is one of the possible convergent of f1/f2, and wherein the frequency of the output signal of the voltage controlled oscillator is equal to the main resonance frequency. - a sample and hold circuit arranged to receive and sample a quasi-periodic input signal (IN) comprising at least two predetermined frequencies (f1, f2), thus obtaining a sampled signal; - a multiplier , connected to the sample and hold circuit , arranged to multiply the input signal (IN) with the sampled signal, thus obtaining a multiplied signal; - a low-pass filter , connected to the multiplier , arranged to filter the multiplied signal, thus obtaining a filtered signal; - a voltage controlled oscillator , connected to the low-pass filter , arranged to provide an output signal emulating the pitch of the quasi-periodic input signal (IN); - a discretization block , connected to the voltage control oscillator , arranged to discretize the output signal, thus obtaining a discretized signal, said discretized signal being arranged to enter the sample and hold circuit in order to provide the sampling frequency of the sample and hold circuit ;
Hob device with at least two heating elements (12a-c) at least for heating up positioned cookware (14a-c) and with at least one control unit (16a-c) which is provided to activate at least one first heating element (12a-c) assigned to a first position (18a-c) of a positioned cookware (14a-c), wherein in the event of a change from the first position (18a-c) of the cookware (14a-c) to a second position (20a-c) of the cookware (14a-c) the control unit (16a-c) is provided to deactivate at least one first heating element (12a-c) assigned to the first position (18a-c) of the cookware (14a-c) and to activate at least one second heating element (12a-c) assigned to the second position (20a-c) of the cookware (14a-c) with a different heat output density than the at least one first heating element (12a-c), wherein the control unit (16a-c) is provided to alternate, as a function of a user input by means of at least one control unit (22a-c) between at least one first operating mode, in which the heating elements (12a-c) are operated in a position dependent manner with predefined heat output densities which differ from another, and at least one second operating mode, in which the heating elements (12a-c) are operated with heat output densities which are independent of one another, wherein at least one part of the hearing elements (12a; 12c) forms a variable cooktop area (24a; 24c), characterised in that the heating elements forming the variable cooktop area are arranged in a single row.
An ultrasonic transducer assembly of an ultrasonic surgical instrument , comprising: a horn ; a piezoelectric stack positioned proximally of the horn and defining a longitudinal opening extending therethrough; a proximal end mass positioned proximally of the piezoelectric stack and defining a longitudinal opening extending therethrough, the proximal end mass further defining a transverse lumen in communication with the longitudinal opening of the proximal end mass; and a rod secured to the horn and extending proximally from the horn through the longitudinal opening of the piezoelectric stack and the longitudinal opening of the proximal end mass such that a portion of the rod is exposed through the transverse lumen, characterised in that the exposed portion of the rod is fused to the proximal end mass within the transverse lumen to maintain a pre-compression of the piezoelectric stack between the horn and the proximal end mass. a horn ; a piezoelectric stack positioned proximally of the horn and defining a longitudinal opening extending therethrough; a proximal end mass positioned proximally of the piezoelectric stack and defining a longitudinal opening extending therethrough, the proximal end mass further defining a transverse lumen in communication with the longitudinal opening of the proximal end mass; and a rod secured to the horn and extending proximally from the horn through the longitudinal opening of the piezoelectric stack and the longitudinal opening of the proximal end mass such that a portion of the rod is exposed through the transverse lumen, characterised in that the exposed portion of the rod is fused to the proximal end mass within the transverse lumen to maintain a pre-compression of the piezoelectric stack between the horn and the proximal end mass.
A monolithic CMOS integrated pixel detector for the detection of charged particles or X-ray photons, comprising a. a high resistivity p-doped float zone (FZ) silicon wafer with a resistivity of at least 1kΩ cm having a front-side comprising CMOS processed readout electronics comprising pixel electronics and a backside opposite the front side; b. charge collectors consisting of n-implants communicating with the pixel electronics and defining the pixel size; c. a dislocation network at the backside ; and d. high voltage contacts ; wherein the region of silicon wafer disposed below the charge collectors forms the absorber layer of pixel detector ; and wherein when pixel detector is in operation, the charge collectors are disposed to receive electrical charges drifting across the fully depleted absorber layer when generated by charged particles or X-ray photons incident on the absorber layer ; and wherein the readout electronics is disposed to convert said electrical charges into digital signals which can be stored, processed and displayed as images on a computer screen. a. a high resistivity p-doped float zone (FZ) silicon wafer with a resistivity of at least 1kΩ cm having a front-side comprising CMOS processed readout electronics comprising pixel electronics and a backside opposite the front side; b. charge collectors consisting of n-implants communicating with the pixel electronics and defining the pixel size; c. a dislocation network at the backside ; and d. high voltage contacts ;
An image sensor comprising: a sensor substrate comprising a plurality of first pixels configured to sense light having a first wavelength and a plurality of second pixels configured to sense light having a second wavelength that is different from the first wavelength; a nano-photonic lens array having a light incident surface and comprising a plurality of nanostructures configured to condense an incident light onto the plurality of first pixels and the plurality of second pixels; and characterised in that an antireflection layer is disposed on the light incident surface of the nano-photonic lens array and comprising a plurality of holes arranged periodically and two-dimensionally, wherein the plurality of holes comprises: a plurality of first holes provided at positions corresponding to a boundary between first pixels, among the plurality of first pixels, and second pixels, among the plurality of second pixels, that are adjacent to the first pixels; and a plurality of second holes facing an inner region of at least one of a first pixel of the plurality of first pixels or a second pixel of the plurality of second pixels. a sensor substrate comprising a plurality of first pixels configured to sense light having a first wavelength and a plurality of second pixels configured to sense light having a second wavelength that is different from the first wavelength; a nano-photonic lens array having a light incident surface and comprising a plurality of nanostructures configured to condense an incident light onto the plurality of first pixels and the plurality of second pixels; and characterised in that an antireflection layer is disposed on the light incident surface of the nano-photonic lens array and comprising a plurality of holes arranged periodically and two-dimensionally, wherein the plurality of holes comprises: a plurality of first holes provided at positions corresponding to a boundary between first pixels, among the plurality of first pixels, and second pixels, among the plurality of second pixels, that are adjacent to the first pixels; and a plurality of second holes facing an inner region of at least one of a first pixel of the plurality of first pixels or a second pixel of the plurality of second pixels. a plurality of first holes provided at positions corresponding to a boundary between first pixels, among the plurality of first pixels, and second pixels, among the plurality of second pixels, that are adjacent to the first pixels; and a plurality of second holes facing an inner region of at least one of a first pixel of the plurality of first pixels or a second pixel of the plurality of second pixels.
Hinge for fastening a laterally opening door of a cabinet , in particular of a refrigerator, comprising an articulated lever arrangement which has a support element on the door side and a support element on the cabinet side, with a first articulated lever on the cabinet side, articulated on the support element on the cabinet side, a second articulated lever on the cabinet side, articulated on the support element on the cabinet side, said second articulated lever being offset in a hingeing plane of the hinge in relation to the first articulated lever on the cabinet side, with a first articulated lever on the door side, articulated on the support element on the door side, and a second articulated lever on the door side, articulated on the support element on the door side, said second articulated lever being offset in a hingeing plane of the hinge in relation to the first articulated lever on the door side, wherein the first articulated lever on the cabinet side is articulated with both articulated levers on the door side while the second articulated lever on the cabinet side is articulated only with one of the two articulated levers on the door side, wherein the first articulated lever on the door side is articulated with both articulated levers on the cabinet side while the second articulated lever on the door side is articulated only with one of the two articulated levers on the cabinet side and wherein the support element on the door side is rotated out of a closed position with an opening angle (α) into an open position when the hinge is opened relative to the support element on the cabinet side, characterised in that the support element on the door side is rotated with an opening angle (α) of 90° by at least 65 mm, in particular at least 85 mm, preferably at least 95 mm, wherein the displacement is determined with respect to the change in the distance between the carrier elements and that a fourth distance (A4) of the first articulation on the cabinet side of the first articulated lever on the cabinet side from a common second articulation point of the first articulated lever on the cabinet side and the second articulated lever on the door side is at least 120 mm, in particular at least 140 mm, preferably at least 155 mm.
Head for applying a cosmetic product to a body surface of a user, comprising: - a sleeve for receiving a rotary member for applying product, the sleeve having a lateral wall which defines an internal passage opening axially along a product dispensing axis (A-A') through a downstream opening for dispensing product; - an internal member for supporting the rotary member , which internal member is arranged in the internal passage upstream of the downstream opening , the internal member being movable axially between a downstream position for holding the rotary member in a configuration for closing the downstream opening and an upstream position for freeing the rotary member ; - at least one member for resiliently biasing the internal support member towards its downstream position; wherein the or each resilient biasing member transversely connects the internal member to the lateral wall in the internal passage , and wherein the or each resilient biasing member has a curved shape between the lateral wall and the internal member . - a sleeve for receiving a rotary member for applying product, the sleeve having a lateral wall which defines an internal passage opening axially along a product dispensing axis (A-A') through a downstream opening for dispensing product; - an internal member for supporting the rotary member , which internal member is arranged in the internal passage upstream of the downstream opening , the internal member being movable axially between a downstream position for holding the rotary member in a configuration for closing the downstream opening and an upstream position for freeing the rotary member ; - at least one member for resiliently biasing the internal support member towards its downstream position;
A conformable coating composition comprising: a) an acrylate copolymer comprising at least 5 wt.% of interpolymerized crystalline monomer units of monomers having a pendent crystallizable group; b) optional cyanoacrylate monomers; c) optional cyanoacrylate stabilizer; and d) volatile solvent having a solubility parameter from 4.9-12.5 (cal/cm 3 ) 1/2 ; wherein the copolymer comprises: 1) 10 to 90 parts by weight of crystalline monomers having a T m of ≥ 30°C selected from: a) (meth)acrylate ester monomers of linear, primary alkanols of at least 20 carbon atoms; b) (meth)acrylate ester monomers of secondary alcohols or singly branched primary alkanols of at least 24 carbon atoms; c) linear alkenyl esters of at least 24 carbon atoms; d) aralkyl or aralkenyl esters of having a linear alkyl of at least 24 carbon atoms; or e) crystalline macromers of (meth)acrylate ester monomers having a pendent alkyl group of at least 16 carbon atoms; 2) 0 to 50 parts by weight of high T g monomers having a T g of ≥20°C; 3) 0 to 60 parts by weight silane functional monomers; 4) 0 to 10 parts by weight of acid functional monomers, based on 100 parts by weight total monomers. a) an acrylate copolymer comprising at least 5 wt.% of interpolymerized crystalline monomer units of monomers having a pendent crystallizable group; b) optional cyanoacrylate monomers; c) optional cyanoacrylate stabilizer; and d) volatile solvent having a solubility parameter from 4.9-12.5 (cal/cm 3 ) 1/2 ; 1) 10 to 90 parts by weight of crystalline monomers having a T m of ≥ 30°C selected from: a) (meth)acrylate ester monomers of linear, primary alkanols of at least 20 carbon atoms; b) (meth)acrylate ester monomers of secondary alcohols or singly branched primary alkanols of at least 24 carbon atoms; c) linear alkenyl esters of at least 24 carbon atoms; d) aralkyl or aralkenyl esters of having a linear alkyl of at least 24 carbon atoms; or e) crystalline macromers of (meth)acrylate ester monomers having a pendent alkyl group of at least 16 carbon atoms; a) (meth)acrylate ester monomers of linear, primary alkanols of at least 20 carbon atoms; b) (meth)acrylate ester monomers of secondary alcohols or singly branched primary alkanols of at least 24 carbon atoms; c) linear alkenyl esters of at least 24 carbon atoms; d) aralkyl or aralkenyl esters of having a linear alkyl of at least 24 carbon atoms; or e) crystalline macromers of (meth)acrylate ester monomers having a pendent alkyl group of at least 16 carbon atoms; 2) 0 to 50 parts by weight of high T g monomers having a T g of ≥20°C; 3) 0 to 60 parts by weight silane functional monomers; 4) 0 to 10 parts by weight of acid functional monomers, based on 100 parts by weight total monomers.
A message service providing method performed by at least one computing device, the method comprising: receiving a transmission request for a compound message which is a bundled message comprising a parent message and a plurality of child messages (32-34), wherein the parent message comprises a metadata field in which metadata of the compound message are recorded and wherein each of the child messages (32-34) comprises a content field ; obtaining permission information for a sender of the compound message; determining whether to allow each of the child messages (32-34) to be sent based on the permission information; and controlling transmission of the compound message based on the determination result, wherein content of a predefined type or access information for the content is recorded in the content field of each of the child messages (32-34), type information of the content is recorded in the metadata field of each of the child messages (32-34), the permission information comprises type information of content allowed to be sent, and the determining of whether to allow each of the child messages (32-34) to be sent comprises determining whether to allow each of the child messages (32-34) to be sent by comparing the type information of the content with the type information of the content allowed to be sent. receiving a transmission request for a compound message which is a bundled message comprising a parent message and a plurality of child messages (32-34), wherein the parent message comprises a metadata field in which metadata of the compound message are recorded and wherein each of the child messages (32-34) comprises a content field ; obtaining permission information for a sender of the compound message; determining whether to allow each of the child messages (32-34) to be sent based on the permission information; and controlling transmission of the compound message based on the determination result, wherein content of a predefined type or access information for the content is recorded in the content field of each of the child messages (32-34), type information of the content is recorded in the metadata field of each of the child messages (32-34), the permission information comprises type information of content allowed to be sent, and the determining of whether to allow each of the child messages (32-34) to be sent comprises determining whether to allow each of the child messages (32-34) to be sent by comparing the type information of the content with the type information of the content allowed to be sent.