mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable medical device comprising: an implantable coil case containing a communications coil for transcutaneous communication of an implant communication signal, the coil case having a lateral surface, a medial surface, a radial center, and an outer circumference; a magnet receptacle within the coil case at the radial center and having a magnet opening in one of the lateral or medial surface; a magnet fitting groove recessed into one of the lateral surface or the medial surface of the coil case and extending from the magnet opening to the outer circumference of the coil case; and an implant magnet clip having a u-shape and comprising: i. parallel clip legs connected at a closed end of the u-shape, and ii. an implant magnet attached to one of the clip legs; wherein the coil case and the magnet clip are configured to cooperate for a portion of the coil case to fit between the clip legs and the implant magnet to slide through the magnet fitting groove and fit through the magnet opening into the magnet receptacle. an implantable coil case containing a communications coil for transcutaneous communication of an implant communication signal, the coil case having a lateral surface, a medial surface, a radial center, and an outer circumference; a magnet receptacle within the coil case at the radial center and having a magnet opening in one of the lateral or medial surface; a magnet fitting groove recessed into one of the lateral surface or the medial surface of the coil case and extending from the magnet opening to the outer circumference of the coil case; and an implant magnet clip having a u-shape and comprising: i. parallel clip legs connected at a closed end of the u-shape, and ii. an implant magnet attached to one of the clip legs; i. parallel clip legs connected at a closed end of the u-shape, and ii. an implant magnet attached to one of the clip legs; wherein the coil case and the magnet clip are configured to cooperate for a portion of the coil case to fit between the clip legs and the implant magnet to slide through the magnet fitting groove and fit through the magnet opening into the magnet receptacle.
A sunscreen composition, comprising a dermatologically acceptable carrier and a fullerene compound according to the formula C 2n (OH) t (NH 2 ) v (COOH) w (COOM) x O y M z , wherein M is an alkali metal, alkaline earth metal, transition metal, post-transition metal, or lanthanide, n is a number ranging from 10 to 270, t is number ranging from 1 to 60, v is a number ranging from 0 to 60, w is a number ranging from 0 to 60, x is a numbering ranging from 0 to 60, y is a number ranging from 1 to 30, and z is a number ranging from 1 to 30 or a polymer-bearing fullerene compound according to the formula C 2n [C m O p H q ](OH) t (COOH) w (COOM) x O y M z , wherein M is an alkali metal, alkaline earth metal, transition metal, post-transition metal, or lanthanide, n is a number ranging from 10 to 270, m is a number ranging from 1 to 30, p is a number ranging from 0 to 15, q is a number ranging from 2 to 60, t is number ranging from 1 to 60, w is a number ranging from 0 to 60, x is a number ranging from 0 to 60, y is a number ranging from 1 to 30, and z is a number ranging from 1 to 30.
Pneumatic vehicle tyre with a profiled tread, which is divided by a central circumferential groove that is made to the maximum profile depth (T) and by two shoulder-side circumferential grooves that are likewise made to the maximum profile depth (T) into two rows of shoulder blocks and two middle rows of blocks , wherein the rows of shoulder blocks are divided into blocks , wherein successive blocks in the circumferential direction are separated from one another by two transverse grooves that are spaced apart from one another in the circumferential direction and an additional groove that connects these transverse grooves and extends in the circumferential direction approximately in the middle of the row of blocks , wherein the one transverse groove in each case merges into the shoulder-side circumferential groove and the other extends from the additional groove over the edge of the tread, wherein the additional grooves in each case adjoin the end on the inner side of the row of blocks of the transverse grooves merging into the shoulder-side circumferential groove and wherein a base elevation , which has a depth (t 6 ) that corresponds to the depth (t 6 ) of the additional grooves , is in each case formed at the end portions on the inner side of the row of blocks of these transverse grooves , characterized in that the transverse grooves merging into the shoulder-side circumferential groove have a depth (t5) of 70% to 90% of the profile depth (T) and have a width that increases over their course from the merging regions in the direction of the outer side of the tread, wherein the additional grooves have a depth (t 6 ) of 1.5 mm to 2.5 mm and a width that decreases over their course from their adjoining regions with the transverse grooves .
A pharmaceutical antimicrobial liquid formulation comprising: a. an antimicrobiologically active lipid in a concentration in the range from 0.01 to 5% selected from the group consisting of glycerol monocaprate, glycerol monocaprylate, glycerol monolaurate, propylene glycol monocaprate, propylene glycol monocaprylate, propylene glycol monolaurate, glycerol dicaprin, glycerol dicaprylate, glycerol dilaurate, glycerol tricaprin, glycerol tricaprylate, and glycerol trilaurate, and any combination thereof, dissolved or suspended in the formulation, b. ethanol in a concentration in the range from 0.2 to 4%, and c. a physiologically acceptable vehicle. a. an antimicrobiologically active lipid in a concentration in the range from 0.01 to 5% selected from the group consisting of glycerol monocaprate, glycerol monocaprylate, glycerol monolaurate, propylene glycol monocaprate, propylene glycol monocaprylate, propylene glycol monolaurate, glycerol dicaprin, glycerol dicaprylate, glycerol dilaurate, glycerol tricaprin, glycerol tricaprylate, and glycerol trilaurate, and any combination thereof, dissolved or suspended in the formulation, b. ethanol in a concentration in the range from 0.2 to 4%, and c. a physiologically acceptable vehicle.
A battery pack, comprising: a case assembly comprising a case , a thermally conductive beam and a temperature control component , the thermally conductive beam being disposed in the case and connected to the case , and the temperature control component being disposed in a bottom region of the case ; a thermally conductive cover connected to the thermally conductive beam and located above the thermally conductive beam along a height direction of the battery pack, wherein the thermally conductive cover , the case and the thermally conductive beam enclose and form a first chamber (A); and a plurality of battery cells integrally forming a battery assembly , the battery assembly being disposed in the first chamber (A) and located above the temperature control component ; and a thermal barrier layer disposed between a bottom surface of the battery assembly and an top surface of the temperature control component , wherein a thermal conductivity coefficient of the thermal barrier layer is smaller than a thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover ; a ratio of the thermal conductivity coefficient of the thermal barrier layer to the thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover ranges from 0.001 to 0.5. a case assembly comprising a case , a thermally conductive beam and a temperature control component , the thermally conductive beam being disposed in the case and connected to the case , and the temperature control component being disposed in a bottom region of the case ; a thermally conductive cover connected to the thermally conductive beam and located above the thermally conductive beam along a height direction of the battery pack, wherein the thermally conductive cover , the case and the thermally conductive beam enclose and form a first chamber (A); and a plurality of battery cells integrally forming a battery assembly , the battery assembly being disposed in the first chamber (A) and located above the temperature control component ; and a thermal barrier layer disposed between a bottom surface of the battery assembly and an top surface of the temperature control component , wherein a thermal conductivity coefficient of the thermal barrier layer is smaller than a thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover ; a ratio of the thermal conductivity coefficient of the thermal barrier layer to the thermal conductivity coefficient of the thermally conductive beam or the thermally conductive cover ranges from 0.001 to 0.5.
Light signaling device (DIS) for a vehicle, in particular for a motor vehicle, said device (DIS) comprising: - a box (BOI) open at the front, i.e. towards the outside when the device (DIS) is mounted on a vehicle, - at least one light source (SOL) arranged inside the box (BOI), - a glass (GLA) corresponding to a wall adapted to close the box (BOI), and - at least one light element (ELU) suitable for diffusing light from said light source (SOL), characterized in that the luminous element (ELU) is overmoulded on a part of the lens (PGL) to form a one-piece optical element (EOM), the part of the lens (PGL) corresponding to the outer face of the one-piece optical element (EOM) and the luminous element (ELU) covering the inner face of the lens part (PGL), corresponding to the inner face of the one-piece optical element (EOM), in that the one-piece optical element (EOM) defines a hollow body (COC) obtained after bi-material injection molding with a first type of material constituting the glass part (PGL) and a second identical or different material, constituting the luminous element (ELU); said hollow body (COC) forming a protuberance (PRO) towards the outside relative to the rest of the glass wall (GLA) closing the case (BOI), and in that the luminous element (ELU) is split into two parts obtained (ELU1, ELU2) from the same injection molding process of the same second type of material; each part of the luminous element (ELU1, ELU2) defining the inner face of the hollow body (COC) with the exception of the bottom of the hollow body (COC) which defines an exit window for the light (PGT). - a box (BOI) open at the front, i.e. towards the outside when the device (DIS) is mounted on a vehicle, - at least one light source (SOL) arranged inside the box (BOI), - a glass (GLA) corresponding to a wall adapted to close the box (BOI), and - at least one light element (ELU) suitable for diffusing light from said light source (SOL), characterized in that the luminous element (ELU) is overmoulded on a part of the lens (PGL) to form a one-piece optical element (EOM), the part of the lens (PGL) corresponding to the outer face of the one-piece optical element (EOM) and the luminous element (ELU) covering the inner face of the lens part (PGL), corresponding to the inner face of the one-piece optical element (EOM), in that the one-piece optical element (EOM) defines a hollow body (COC) obtained after bi-material injection molding with a first type of material constituting the glass part (PGL) and a second identical or different material, constituting the luminous element (ELU); said hollow body (COC) forming a protuberance (PRO) towards the outside relative to the rest of the glass wall (GLA) closing the case (BOI), and in that the luminous element (ELU) is split into two parts obtained (ELU1, ELU2) from the same injection molding process of the same second type of material; each part of the luminous element (ELU1, ELU2) defining the inner face of the hollow body (COC) with the exception of the bottom of the hollow body (COC) which defines an exit window for the light (PGT).
A brake caliper comprising: two caliper levers each retaining a brake pad ; an output rod for outputting a force to move the caliper levers such that a single disc is sandwiched between the two brake pads ; a gap adjuster fixedly attached between the two caliper levers , the gap adjuster being configured to adjust gaps between the brake pads and the disc ; a body retaining the two caliper levers in a movable manner and retaining the output rod ; a displaceable portion fixedly attached to the body , the displaceable portion being displaceable when acted upon by the output rod if the output rod moves a predetermined distance or more; characterized in that the brake caliper further comprises: a guide member having ends fixedly attached to the body and the gap adjuster , the guide member being formed of a tubular flexible member longer than a distance between the body and the gap adjuster observed when relative displacement between the body and the gap adjuster exhibits a largest value; and a transmission member extending through the guide member to connect together the displaceable portion and an input unit of the gap adjuster , the transmission member being configured to transmit a displacement of the displaceable portion to the input unit in order to actuate the gap adjuster . two caliper levers each retaining a brake pad ; an output rod for outputting a force to move the caliper levers such that a single disc is sandwiched between the two brake pads ; a gap adjuster fixedly attached between the two caliper levers , the gap adjuster being configured to adjust gaps between the brake pads and the disc ; a body retaining the two caliper levers in a movable manner and retaining the output rod ; a displaceable portion fixedly attached to the body , the displaceable portion being displaceable when acted upon by the output rod if the output rod moves a predetermined distance or more; characterized in that the brake caliper further comprises: a guide member having ends fixedly attached to the body and the gap adjuster , the guide member being formed of a tubular flexible member longer than a distance between the body and the gap adjuster observed when relative displacement between the body and the gap adjuster exhibits a largest value; and a transmission member extending through the guide member to connect together the displaceable portion and an input unit of the gap adjuster , the transmission member being configured to transmit a displacement of the displaceable portion to the input unit in order to actuate the gap adjuster . a guide member having ends fixedly attached to the body and the gap adjuster , the guide member being formed of a tubular flexible member longer than a distance between the body and the gap adjuster observed when relative displacement between the body and the gap adjuster exhibits a largest value; and a transmission member extending through the guide member to connect together the displaceable portion and an input unit of the gap adjuster , the transmission member being configured to transmit a displacement of the displaceable portion to the input unit in order to actuate the gap adjuster .
A steerable device for use in accessing a target site in a patient comprising: an outer sheath having a lumen; a steerable member adapted to penetrate tissue; a control member ; and a steering mechanism adapted to be operated by a user to apply a bending force to bend the steerable member to access the target site; wherein the steerable member is positioned within the lumen of outer sheath ; and the steerable member is configured to be removable from the lumen of the outer sheath ; characterised in that the steering mechanism comprises four control wires that engage a control lever such that movement of a tab on the control lever results in controlled movement of the distal end of the device; and wherein the steerable member is a central steerable member in the form of a wire and the four control wires are lateral control wires. an outer sheath having a lumen; a steerable member adapted to penetrate tissue; a control member ; and a steering mechanism adapted to be operated by a user to apply a bending force to bend the steerable member to access the target site; wherein the steerable member is positioned within the lumen of outer sheath ; and the steerable member is configured to be removable from the lumen of the outer sheath ; characterised in that the steering mechanism comprises four control wires that engage a control lever such that movement of a tab on the control lever results in controlled movement of the distal end of the device; and wherein the steerable member is a central steerable member in the form of a wire and the four control wires are lateral control wires.
Device for supplying containers to a container treatment device, preferably to a container filling device for filling containers with a liquid filling product, comprising a guide arranged on a predetermined guiding height level for guiding a container at its container base, wherein the guide has a transfer portion for transferring the container to an acquisition device of the container treatment device , wherein the transfer portion is height adjustable, characterised in that a sensor is provided for detecting an acquisition height level of a container guide of the container treatment machine which is acquiring the containers.
A lighting device comprising: a light source for emitting illumination lights along an optical axis toward a field of view including a far field region and a near field region; a liquid crystal element disposed at a position along the optical axis, having an electrode pattern in a first region corresponding to the far field region and having no electrode pattern in a second region corresponding to the near field region; a pair of polarizers (P1, P2) including an input side polarizer (P1) disposed on a light source side of the liquid crystal element , and an output side polarizer (P2) disposed on a field of view side of the liquid crystal element , and constituting crossed Nicol polarizers; a driver circuit for forming voltages to be applied to the electrode pattern ; and a phase shift forming element disposed between the pair of polarizers (P1, P2) so as to overlap the second region of the liquid crystal element . a light source for emitting illumination lights along an optical axis toward a field of view including a far field region and a near field region; a liquid crystal element disposed at a position along the optical axis, having an electrode pattern in a first region corresponding to the far field region and having no electrode pattern in a second region corresponding to the near field region; a pair of polarizers (P1, P2) including an input side polarizer (P1) disposed on a light source side of the liquid crystal element , and an output side polarizer (P2) disposed on a field of view side of the liquid crystal element , and constituting crossed Nicol polarizers; a driver circuit for forming voltages to be applied to the electrode pattern ; and a phase shift forming element disposed between the pair of polarizers (P1, P2) so as to overlap the second region of the liquid crystal element .
A sealing arrangement for an electrochemical cell of the PEM type, in particular for an electrolyser, with a metallic plate and a seal arranged thereon, which forms at least one closed sealing ring arranged on the plate , characterised in that , a circumferential inner support structure supporting the seal inwards is formed, and/or an outer support structure supporting the seal outwards is formed, which is/are made of sintered metal, and is/are connected to the plate in a materially bonded manner.
A lighting system for use in a building like private home, nursing home, retirement home or hospital, in particular for elderly people, wherein the lighting system comprises - at least one light source device comprising or connectable to a light emitter , said at least one light source device comprising a wireless receiver ; - at least one bed exit sensing device to be placed in a bed and adapted to detect a person leaving the bed, said bed exit sensing device comprising a wireless transmitter to control the at least one light source device through wireless transmission in response to detecting a person leaving the bed, in order to switch on said light source device , characterized in thai the lighting system further comprises - at least one switch device adapted to be mounted over a wall-mounted light switch , after the wall-mounted light switch has been put in "on" position, such that the wall-mounted light switch cannot be operated any longer, the at least one switch device comprising a switch and a wireless transmitter to control the at least one light source device through wireless transmission in response to operating said switch, in order to switch on or off said light source device . - at least one light source device comprising or connectable to a light emitter , said at least one light source device comprising a wireless receiver ; - at least one bed exit sensing device to be placed in a bed and adapted to detect a person leaving the bed, said bed exit sensing device comprising a wireless transmitter to control the at least one light source device through wireless transmission in response to detecting a person leaving the bed, in order to switch on said light source device , characterized in thai the lighting system further comprises - at least one switch device adapted to be mounted over a wall-mounted light switch , after the wall-mounted light switch has been put in "on" position, such that the wall-mounted light switch cannot be operated any longer, the at least one switch device comprising a switch and a wireless transmitter to control the at least one light source device through wireless transmission in response to operating said switch, in order to switch on or off said light source device .
An airfoil performance monitor comprising: a housing mounted on a low-pressure face of an airfoil , and including at least one pitot pressure orifice used to determine the total pressure at the airfoil performance monitor and at least one static pressure orifice used to determine the static pressure at the airfoil performance monitor ; at least one airspeed-dependent sensor that senses the total pressure at the airfoil performance monitor via the pitot pressure orifice and generates a digital airflow signal indicative of the dynamic pressure at the airfoil performance monitor and one or more inertial sensors adapted to register, as frequency and amplitude data, mechanical motion during vibratory oscillations of the airfoil ; and a controller adapted to derive a turbulence intensity ratio (R) by normalizing turbulence values using a steady-state airflow signal calculated from the digital airflow signal, and to filter the turbulence values from the digital airflow signal with the frequency and amplitude data from the one or more inertial sensors to eliminate unwanted airfoil vibration effects on the turbulence intensity calculations. a housing mounted on a low-pressure face of an airfoil , and including at least one pitot pressure orifice used to determine the total pressure at the airfoil performance monitor and at least one static pressure orifice used to determine the static pressure at the airfoil performance monitor ; at least one airspeed-dependent sensor that senses the total pressure at the airfoil performance monitor via the pitot pressure orifice and generates a digital airflow signal indicative of the dynamic pressure at the airfoil performance monitor and one or more inertial sensors adapted to register, as frequency and amplitude data, mechanical motion during vibratory oscillations of the airfoil ; and a controller adapted to derive a turbulence intensity ratio (R) by normalizing turbulence values using a steady-state airflow signal calculated from the digital airflow signal, and to filter the turbulence values from the digital airflow signal with the frequency and amplitude data from the one or more inertial sensors to eliminate unwanted airfoil vibration effects on the turbulence intensity calculations.