mhurhangee/patent-ind-claim-en huggingface dataset:
Actuator for a haptic-feedback-providing touch-interface module , the interface module comprising a touch surface that is able to detect at least one characteristic of a press of a user, the actuator including: - a chassis that is intended to make contact with the touch interface via a contact wall in order to transmit haptic feedback to the touch surface ; - a stator that is connected to the chassis ; - a movable core that is connected, via at least one elastic element , to the chassis and that is intended to be driven to move by the stator in order to generate the haptic feedback; and - an electromagnet and at least one permanent magnet , one of which is borne by the stator and the other of which is borne by the movable core , the actuator being characterized in that it further includes a damper that is placed between the movable core and the contact wall , and in that said elastic element is dimensioned so - that in the state in which the electromagnet is not powered, the movable core applies a bearing force in the direction of the contact wall , - that in the state in which the electromagnet is powered with current in a first predefined bias direction, the movable core separates from the contact wall of the chassis against the force of said elastic element , and - that in the state in which the electromagnet is powered with current in a second predefined bias direction that is opposite the first bias direction so that the direction of the current and thus the magnetic field inverts in order to propel the movable core in the direction of the contact wall of the chassis and in order to maintain the movable core in abutment against this contact wall . - a chassis that is intended to make contact with the touch interface via a contact wall in order to transmit haptic feedback to the touch surface ; - a stator that is connected to the chassis ; - a movable core that is connected, via at least one elastic element , to the chassis and that is intended to be driven to move by the stator in order to generate the haptic feedback; and - an electromagnet and at least one permanent magnet , one of which is borne by the stator and the other of which is borne by the movable core , the actuator being characterized in that it further includes a damper that is placed between the movable core and the contact wall , and in that said elastic element is dimensioned so - that in the state in which the electromagnet is not powered, the movable core applies a bearing force in the direction of the contact wall , - that in the state in which the electromagnet is powered with current in a first predefined bias direction, the movable core separates from the contact wall of the chassis against the force of said elastic element , and - that in the state in which the electromagnet is powered with current in a second predefined bias direction that is opposite the first bias direction so that the direction of the current and thus the magnetic field inverts in order to propel the movable core in the direction of the contact wall of the chassis and in order to maintain the movable core in abutment against this contact wall .
Motor vehicle, comprising a transverse beam extending transversely to the vehicle longitudinal direction and an instrument panel which is arranged on the crossbeam and faces the vehicle interior, characterised in that inside the transverse beam , which is hollow at least in some sections, there is arranged a screen that can be wound up and unwound and can be moved into the vehicle interior via an opening in the transverse beam and in the instrument panel .
A method for fabricating a pipe unit provided for a refrigerant circuit which performs a vapor compression refrigeration cycle by circulating a refrigerant, the method comprising: fabricating a liquid pipe through which a liquid refrigerant for the refrigerant circuit flows and a gas pipe through which a gaseous refrigerant for the refrigerant circuit flows, covering each of the liquid and gas pipes and with a heat insulator , characterised by fixing together the liquid and gas pipes and with tape indicating a connection position for the fixed together pipes, each of which is covered with the heat insulator , to finish the fabrication of the pipe unit . fabricating a liquid pipe through which a liquid refrigerant for the refrigerant circuit flows and a gas pipe through which a gaseous refrigerant for the refrigerant circuit flows, covering each of the liquid and gas pipes and with a heat insulator , characterised by fixing together the liquid and gas pipes and with tape indicating a connection position for the fixed together pipes, each of which is covered with the heat insulator , to finish the fabrication of the pipe unit .
A vibratory bowl for continuously supplying small pieces stored in an unsorted manner in said bowl , said bowl having a conical wall and a bottom demarcating a concavity intended for containing the pieces arranged in an unsorted manner, a track being formed in said conical wall that extends following a conical spiral path from a point close to said bottom of the bowl to a discriminator provided in an upper area of said bowl , said track being configured for moving the pieces forward along said track towards said discriminator as a result of vibration of said bowl , and said discriminator being configured for discriminating said pieces arriving along said track according to specific shape and/or position requirements, such that upon reaching said discriminator said pieces fall by gravity towards said bottom of the bowl if said requirements are not met; characterized in that in at least one wall of said track , intended for being in contact with said pieces moving forward along said track , there is integrally arranged at least one anti-slip body which is different from the body making up said bowl and extends along at least one segment of said track , said anti-slip body having a coefficient of static friction greater than that of said wall of the track ; and in that said anti-slip body is a body with an elongated shape extending along said segment of the track , and in that said anti-slip body has the shape of a cord and is introduced in a groove formed in said wall along said track , such that said anti-slip body partially projects from said wall of the track .
A computer implemented method for use in forming a patient specific femoral stem or sleeve of a femoral component for total hip replacement, the computerized method comprising: obtaining, by one or more processors, three-dimensional data representing a proximal portion of a femur of the patient having centralized cancellous bone and peripheral cortical bone ; generating, by the one or more processors, three-dimensional data representing an initial implant having an outer surface corresponding to the inner surface of the peripheral cortical bone of the proximal femur of the patient based on the three-dimensional data representing the proximal portion of the femur of the patient; generating, by the one or more processors, data representing an insertion/removal path (30, 300") through the centralized cancellous bone based on the three-dimensional data representing the proximal portion of the femur of the patient; and generating, by the one or more processors, three-dimensional data representing the patient specific femoral stem or sleeve having a modified outer surface allowing for removal and insertion adjacent to the peripheral cortical bone along the insertion/removal path (30, 300") without obstruction by the inner surface of the cortical bone based on the three-dimensional data representing the proximal portion of the femur of the patient and the data representing the insertion/removal path (30, 300"). obtaining, by one or more processors, three-dimensional data representing a proximal portion of a femur of the patient having centralized cancellous bone and peripheral cortical bone ; generating, by the one or more processors, three-dimensional data representing an initial implant having an outer surface corresponding to the inner surface of the peripheral cortical bone of the proximal femur of the patient based on the three-dimensional data representing the proximal portion of the femur of the patient; generating, by the one or more processors, data representing an insertion/removal path (30, 300") through the centralized cancellous bone based on the three-dimensional data representing the proximal portion of the femur of the patient; and generating, by the one or more processors, three-dimensional data representing the patient specific femoral stem or sleeve having a modified outer surface allowing for removal and insertion adjacent to the peripheral cortical bone along the insertion/removal path (30, 300") without obstruction by the inner surface of the cortical bone based on the three-dimensional data representing the proximal portion of the femur of the patient and the data representing the insertion/removal path (30, 300").
An automobile interior/exterior material, comprising a fiber layer that comprises a first polyester resin fiber having a melting point of 180 °C to 250 °C or a softening point of 100 °C to 150 °C; and a second polyester resin fiber having a melting point higher than 250 °C, wherein the melting point and the softening point are measured as specified in the description, wherein a mixing ratio between the first and second polyester resin fibers constituting the fiber layer is 1:9 to 9:1 by weight, and fibers forming the fiber layer are partially fused thereamong, wherein the first polyester resin fiber comprises repeat units represented by Formulas 1 and 2 below: wherein m and n denote mole fractions of repeat units contained in a low-melting-point polyester resin, and m+n=1 and n is 0.05 to 0.5. wherein a mixing ratio between the first and second polyester resin fibers constituting the fiber layer is 1:9 to 9:1 by weight, and fibers forming the fiber layer are partially fused thereamong, wherein the first polyester resin fiber comprises repeat units represented by Formulas 1 and 2 below: wherein m and n denote mole fractions of repeat units contained in a low-melting-point polyester resin, and m+n=1 and n is 0.05 to 0.5.
A web comprising: a. alternating ridges and grooves; and b. alternating regions of lower basis weight and higher basis weight; wherein the higher basis weight regions are located in the ridges and the grooves; wherein the lower basis weight regions are located in the sidewalls between the tops of the ridges and bottoms of the grooves; wherein the web comprises open spaces having no web material present in the area under the tops of the ridges and the area above the bottoms of the grooves; and wherein the higher basis weight regions located in the grooves comprise apertures. a. alternating ridges and grooves; and b. alternating regions of lower basis weight and higher basis weight;
Magnetic rail brake device of a rail vehicle having at least one brake magnet which has a magnetic coil body and at least one magnetic core, and wherein the magnetic coil body carries at least one magnetic core winding, and having an electric connecting device through which the at least one magnetic coil winding is supplied with power, wherein the electric connecting device has at least one pin-shaped electric connecting body (18a, 18b; 18c) which is connected via a releasable electric connection (22a, 22b; 22c) to at least one current-conducting electric cable (20a, 20b; 20c) which is led into the at least one pin-shaped connector body from the outside with respect to the brake magnet , wherein the at least one pin-shaped connector body (18a, 18b; 18c) is arranged on a free and outer surface of the magnetic coil body or of an element which is connected to the magnetic coil body , characterised in that the at least one pin-shaped electric connector body is formed by a head screw which can be screwed into a threaded bore of a threaded bushing which is electrically insulated with respect to the magnetic coil body and is secured in a drilled hole in the free and outer surface , wherein a screw shank of the head screw projects through a pole contact which is embodied as a cable lug and to which the at least one current-conducting electric cable is electrically connected.
A composition comprising an agent selected from an ester of (R)-3-hydroxybutyrate and an oligomer of ( R )-3-hydroxybutyrate of Formula 1 or Formula 2 below wherein R is a residue of a polyhydric alcohol having x hydroxyl groups, m represents the number of ( R )-3-hydroxybutyrate oligomers attached to R via ester bonds and n is the number of ( R )-3-hydroxybutyrate residues per oligomer being from 1 to 100; for use in a method of protecting animal tissue from damage caused by radiation exposure, comprising contacting the tissue with a therapeutically effective amount of the said composition thereby protecting the tissue from radiation damage.
A stent comprising: a dilating portion in which a diameter increases from a front end to a rear end of the dilating portion ; an indwelled portion which is disposed behind the dilating portion ; and a through hole which passes through the dilating portion and the indwelled portion in a longitudinal direction of the stent ; wherein the dilating portion penetrates biological tissues along with dilating a perforation previously formed in the biological tissues by pushing the dilating portion into the perforation; the indwelled portion is indwelled within the perforation dilated by the dilating portion after the dilating portion penetrates through the biological tissues, and the stent comprises a mounting section for detachably attaching the stent to a distal end of a sheath , wherein the mounting section is configured to radially engage with the sheath , characterized in that the distal end of the sheath is received in the through hole of the stent , and the mounting section includes projections which are configured to engage with small holes or indentations formed on an outer peripheral surface of the distal end of the sheath , or the mounting section includes small holes or indentations which are configured to engage with protrusions formed on the outer peripheral surface of the distal end of the sheath , or the mounting section includes small bellows-shaped projections which are configured to engage with a bellows portion formed on the outer peripheral surface of the distal end of the sheath . a dilating portion in which a diameter increases from a front end to a rear end of the dilating portion ; an indwelled portion which is disposed behind the dilating portion ; and a through hole which passes through the dilating portion and the indwelled portion in a longitudinal direction of the stent ; wherein the dilating portion penetrates biological tissues along with dilating a perforation previously formed in the biological tissues by pushing the dilating portion into the perforation; the indwelled portion is indwelled within the perforation dilated by the dilating portion after the dilating portion penetrates through the biological tissues, and the stent comprises a mounting section for detachably attaching the stent to a distal end of a sheath , wherein the mounting section is configured to radially engage with the sheath , characterized in that the distal end of the sheath is received in the through hole of the stent , and the mounting section includes projections which are configured to engage with small holes or indentations formed on an outer peripheral surface of the distal end of the sheath , or the mounting section includes small holes or indentations which are configured to engage with protrusions formed on the outer peripheral surface of the distal end of the sheath , or the mounting section includes small bellows-shaped projections which are configured to engage with a bellows portion formed on the outer peripheral surface of the distal end of the sheath .
A rotor element comprising: a central rotor axis ; a periphery; a series of circumferentially spaced blades arranged at the periphery; a substantially flat rotor element body having mechanical frequencies; at least one irregularity on the rotor element body, wherein the rotor element comprises an axial projection in the form of an annular portion around the central rotor axis wherein the annular portion is circumferentially interrupted by at least one cavity which forms the irregularity, wherein the annular portion is formed between the central rotor axis and the periphery of the rotor, and wherein the irregularity separates the mechanical natural frequencies of the rotor element. a central rotor axis ; a periphery; a series of circumferentially spaced blades arranged at the periphery; a substantially flat rotor element body having mechanical frequencies; at least one irregularity on the rotor element body, wherein the rotor element comprises an axial projection in the form of an annular portion around the central rotor axis wherein the annular portion is circumferentially interrupted by at least one cavity which forms the irregularity, wherein the annular portion is formed between the central rotor axis and the periphery of the rotor, and wherein the irregularity separates the mechanical natural frequencies of the rotor element.
Exhaust gas recirculation valve for an internal combustion engine, comprising a housing with an inlet and an outlet , a translationally movable valve body by the movement of which a flow cross section between the inlet and the outlet can be controlled, a valve rod firmly connected to the valve body , an actuator by which the valve rod with the valve body can be set on a valve seat or be lifted off the valve seat which surrounds the controllable flow cross section, a guide bushing which is arranged in the housing and in which the valve rod is supported, sealing means for sealing a gap between the guide bushing and the valve rod movable in the guide bushing , characterized in that one or more piston rings are arranged on the valve rod in a first guide section facing the valve body within the guide bushing , via which rings the valve rod is slidably supported in the guide bushing and the valve rod is slidably supported directly in the guide bushing in a second guide section farther away from the valve body . a housing with an inlet and an outlet , a translationally movable valve body by the movement of which a flow cross section between the inlet and the outlet can be controlled, a valve rod firmly connected to the valve body , an actuator by which the valve rod with the valve body can be set on a valve seat or be lifted off the valve seat which surrounds the controllable flow cross section, a guide bushing which is arranged in the housing and in which the valve rod is supported, sealing means for sealing a gap between the guide bushing and the valve rod movable in the guide bushing , characterized in that one or more piston rings are arranged on the valve rod in a first guide section facing the valve body within the guide bushing , via which rings the valve rod is slidably supported in the guide bushing and the valve rod is slidably supported directly in the guide bushing in a second guide section farther away from the valve body .
A method of communicating data in a wireless downlink communication channel, the method comprising: transmitting , by a transmitting device at network side to a first user equipment, UE, a first data in a first transmission time interval, TTI, of a first downlink data channel carried in a first bandwidth partition of the wireless downlink communication channel, the first TTI having a first TTI length; and transmitting , by the transmitting device at network side to a second UE, a second data in a second TTI of a second downlink data channel carried in a second bandwidth partition of the wireless downlink communication channel, the second TTI having a second TTI length that is different than the first TTI length; before the first transmitting step, the method further comprising: sending, by the transmitting device at network side to the first UE, a first indication in a first UE specific control channel of the first bandwidth partition, the first indication indicates the first TTI length of the first TTI; before the second transmitting step, the method further comprising: sending, by transmitting device at network side to the second UE, a second indication in a second UE specific control channel of the second bandwidth partition, the second indication indicates the second TTI length of the second TTI; characterized in that the first bandwidth partition further comprises a first uplink-related, UL-related, control channel, and the second bandwidth partition further comprises a second UL-related control channel, and a first periodicity of the first UL-related control channel is configured by the transmitting device to the first UE, a second periodicity of the second UL - related control channel is configured by the transmitting device to the second UE, wherein the first periodicity of the first UL-related control channel is same or different from the second periodicity of the second UL-related control channel, and wherein at least one of the first or second periodicity of the first or second UL-related control channel is independent from the respective length of the first or second TTI. transmitting , by a transmitting device at network side to a first user equipment, UE, a first data in a first transmission time interval, TTI, of a first downlink data channel carried in a first bandwidth partition of the wireless downlink communication channel, the first TTI having a first TTI length; and transmitting , by the transmitting device at network side to a second UE, a second data in a second TTI of a second downlink data channel carried in a second bandwidth partition of the wireless downlink communication channel, the second TTI having a second TTI length that is different than the first TTI length;
A tape cartridge, comprising: a platen , when the tape cartridge is mounted on a tape printer , a print head of the tape printer contacting the platen with a print tape (T) and an ink ribbon (R) arranged therebetween such that the print head can be separated from the platen ; a cartridge case that houses the print tape (T), the ink ribbon (R), and the platen ; and an insertion opening formed in the cartridge case , the print head being inserted into the insertion opening , characterized in that a contact portion of the platen that is brought into contact with the print head , , protrudes relative to a head receiver of the insertion opening to which the print head is exposed when the print head contacts the platen . a platen , when the tape cartridge is mounted on a tape printer , a print head of the tape printer contacting the platen with a print tape (T) and an ink ribbon (R) arranged therebetween such that the print head can be separated from the platen ; a cartridge case that houses the print tape (T), the ink ribbon (R), and the platen ; and an insertion opening formed in the cartridge case , the print head being inserted into the insertion opening , characterized in that a contact portion of the platen that is brought into contact with the print head , , protrudes relative to a head receiver of the insertion opening to which the print head is exposed when the print head contacts the platen .