mhurhangee/patent-ind-claim-en huggingface dataset:
Multi-part spool member(10; 10') with an outer seal for a pneumatically operated hydraulic pump, the spool member (10; 10') having a first and second piston part (12, 14; 52', 14') connected to one another and a third piston part (16; 16') connected to the second piston part (14; 14'), the spool member also having a first sealing ring element (A2, A1') and a second sealing ring element (A3; A2'), wherein the first and second sealing ring elements consist of a plastic and wherein the first sealing ring element (A2, A1') is arranged axially between the first and second piston part (12, 14; 52', 14') as an outer seal and wherein the second sealing ring element (A3, A2') is arranged axially between the third piston part (16; 14') and the second piston part (16; 14') as an outer seal; 16') and the second piston part (14; 14') as an outer seal, characterised in that the first and second sealing ring elements (A2, A3; A1', A2') are each C-shaped or V-shaped with an axial opening and the sealing ring elements (A2, A3; A1', A2') are arranged in the multi-part spool member (10; 10') oriented in such a way that the axial openings are facing away from the second piston part (14; 14'); 14'), wherein a stop step is formed in each of the outer surface of the third piston part (16; 16') and the outer surface of the first piston part (12; 52'), against which the corresponding sealing ring element (A2, A3; A1', A2') is supported, so that the axial openings are at least partially exposed.
A photoplethysmogram device comprising: a light source configured to emit light to illuminate skin; a photo-detector configured to receive the light illuminating the skin and generate an electrical output as a function of an intensity of the received light; a skin temperature regulator configured to regulate a temperature of the skin, the skin temperature regulator being a heating and/or cooling mechanism configured to heat and/or cool the skin; a thermometer configured to measure the temperature of the skin; and a processor configured to: control the skin temperature regulator to heat or cool the skin toward a predetermined skin temperature based on the measured skin temperature; and generate, based on the electrical output, an output signal indicative of blood properties; wherein the processor is further configured to adjust the predetermined skin temperature based on a tone of the skin. a light source configured to emit light to illuminate skin; a photo-detector configured to receive the light illuminating the skin and generate an electrical output as a function of an intensity of the received light; a skin temperature regulator configured to regulate a temperature of the skin, the skin temperature regulator being a heating and/or cooling mechanism configured to heat and/or cool the skin; a thermometer configured to measure the temperature of the skin; and a processor configured to: control the skin temperature regulator to heat or cool the skin toward a predetermined skin temperature based on the measured skin temperature; and generate, based on the electrical output, an output signal indicative of blood properties; control the skin temperature regulator to heat or cool the skin toward a predetermined skin temperature based on the measured skin temperature; and generate, based on the electrical output, an output signal indicative of blood properties; wherein the processor is further configured to adjust the predetermined skin temperature based on a tone of the skin.
Passenger seat arrangement for a passenger aircraft (A), comprising: a passenger seat assembly having at least one passenger seat; an electrical energy supply system which has a first electronics housing , in which electrical power converter components are arranged, and a second electronics housing , in which electrical output connections for connecting electronic terminals are arranged; and a multiplicity of sensors (1; 2; 3; 4) which are assigned to the passenger seat assembly and are coupled to a sensor data interface of the first electronics housing of the electrical energy supply system, wherein the electrical energy supply system has a sensor data processing device which is designed to preprocess sensor data acquired from the sensors (1; 2; 3; 4) via the sensor data interface and to forward said data to a central sensor data evaluation apparatus of the passenger aircraft (A). a passenger seat assembly having at least one passenger seat; an electrical energy supply system which has a first electronics housing , in which electrical power converter components are arranged, and a second electronics housing , in which electrical output connections for connecting electronic terminals are arranged; and a multiplicity of sensors (1; 2; 3; 4) which are assigned to the passenger seat assembly and are coupled to a sensor data interface of the first electronics housing of the electrical energy supply system, wherein the electrical energy supply system has a sensor data processing device which is designed to preprocess sensor data acquired from the sensors (1; 2; 3; 4) via the sensor data interface and to forward said data to a central sensor data evaluation apparatus of the passenger aircraft (A).
A liquid dispenser, comprising: a container configured to store liquid and having an upper rim defining an upper opening; a base to support the container ; a pump having an inlet to suction liquid stored in the container and an outlet to discharge liquid; a lid configured to close the upper opening of the container , the lid having a hole through which liquid discharged from the pump flows; a light that emits ultraviolet radiation toward the liquid of the container , the light being provided at a bottom of the container ; characterized in that a bottom end of the light is provided in the base , and in that the bottom of the container is transparent. a container configured to store liquid and having an upper rim defining an upper opening; a base to support the container ; a pump having an inlet to suction liquid stored in the container and an outlet to discharge liquid; a lid configured to close the upper opening of the container , the lid having a hole through which liquid discharged from the pump flows; a light that emits ultraviolet radiation toward the liquid of the container , the light being provided at a bottom of the container ; characterized in that a bottom end of the light is provided in the base , and in that the bottom of the container is transparent.
A method for forming an annular object, comprising: providing a frustoconical preform extending axially along an axis , wherein a sidewall of the frustoconical preform is angularly offset from the axis by a preform angle ; clamping the frustoconical preform with an external die assembly , wherein a surface of the external die assembly abutted against the frustoconical preform is angularly offset from the axis by an external die angle ; translating the external die assembly axially along the axis to externally draw the frustoconical preform over an outer surface of a punch and an outer surface of a die clamp to provide an externally drawn body , wherein the outer surface of the die clamp is angularly offset from the axis by a die clamp angle that is different than the preform angle , and the die clamp angle is different than the external die angle ; mating a die with the die clamp to provide a die assembly , wherein the externally drawn body is clamped radially between the die and the die clamp ; and translating the die assembly axially along the axis and into a bore of the punch to at least partially internally draw the externally drawn body against an inner surface of the punch . providing a frustoconical preform extending axially along an axis , wherein a sidewall of the frustoconical preform is angularly offset from the axis by a preform angle ; clamping the frustoconical preform with an external die assembly , wherein a surface of the external die assembly abutted against the frustoconical preform is angularly offset from the axis by an external die angle ; translating the external die assembly axially along the axis to externally draw the frustoconical preform over an outer surface of a punch and an outer surface of a die clamp to provide an externally drawn body , wherein the outer surface of the die clamp is angularly offset from the axis by a die clamp angle that is different than the preform angle , and the die clamp angle is different than the external die angle ; mating a die with the die clamp to provide a die assembly , wherein the externally drawn body is clamped radially between the die and the die clamp ; and translating the die assembly axially along the axis and into a bore of the punch to at least partially internally draw the externally drawn body against an inner surface of the punch .
An assembly for tightly covering an elongate member of predetermined dimensions with a protective elastic tubular body open at one end at least, comprising: - said elastic tubular body ; and - a tubular core for holding said elastic tubular body expanded , comprising a first part and a second part associated with the first part , the tubular core being in an operating position in which the second part externally covers the first part with the first part accessible by the open end of the elastic tubular body , the tubular core being configured for the elongate member to be able to be inserted into the internal space of the core in operating position and for a pull then applied on the first part by the open end of the elastic tubular body to make the first part slide relative to the second part in a an axial movement to reach an extended position in which the first part can no longer move relative to the second part in the direction of pulling; characterized in that the second part comprises a collar and legs axially projecting from the collar and connected to each other exclusively by the collar ; in the operating position the collar and the legs surround the first part ; and in the extended position the collar surrounds the first part and the legs are axially beyond the first part . - said elastic tubular body ; and - a tubular core for holding said elastic tubular body expanded , comprising a first part and a second part associated with the first part , the tubular core being in an operating position in which the second part externally covers the first part with the first part accessible by the open end of the elastic tubular body , the tubular core being configured for the elongate member to be able to be inserted into the internal space of the core in operating position and for a pull then applied on the first part by the open end of the elastic tubular body to make the first part slide relative to the second part in a an axial movement to reach an extended position in which the first part can no longer move relative to the second part in the direction of pulling;
A scheduling method for scheduling user equipments in a cellular network, comprising the following steps: - connecting at least two user equipments to a base station , - each user equipment transmitting a scheduling request message to the base station , wherein each scheduling request message comprises a buffer status of the respective user equipment , and - the base station granting uplink resources in time and frequency domains for each of the at least two user equipments , characterized in that the user equipments communicate their respective connection types assigned to a maximum latency allowed respectively, wherein the base station grants uplink resources in time and frequency domains for each of the at least two user equipments based on their connection types and their buffer status', wherein scheduling takes place in every slot, wherein the base station schedules the uplinks of each of the at least two user equipments in a time below a predetermined minimum time, wherein the predetermined minimum time is within the latency requirement defined by the connection type having the strictest requirement with regard to the latency. - connecting at least two user equipments to a base station , - each user equipment transmitting a scheduling request message to the base station , wherein each scheduling request message comprises a buffer status of the respective user equipment , and - the base station granting uplink resources in time and frequency domains for each of the at least two user equipments , characterized in that
A process of patterning nano-structures on a diamond like-carbon (DLC) based surface comprising: exposing part of said surface to an energetic ion flux using a low dose exposure of He + or Ga+, such that material properties of the exposed surface are modified to provide a hard mask effect at the surface; etching unexposed parts of the surface to form said nano-structures, wherein said step of etching uses a plasma; and wherein said hard mask effect is formed on said surface by energetic conversion of sp3 carbon bonds to lower energy state sp2 bonds at the surface. exposing part of said surface to an energetic ion flux using a low dose exposure of He + or Ga+, such that material properties of the exposed surface are modified to provide a hard mask effect at the surface; etching unexposed parts of the surface to form said nano-structures, wherein said step of etching uses a plasma; and wherein said hard mask effect is formed on said surface by energetic conversion of sp3 carbon bonds to lower energy state sp2 bonds at the surface.
A portable emergency alert device to be carried by a user, comprising: a sensor for receiving an indication of an emergency situation of the user; a first transmitter for transmitting said alert to an emergency center via a stationary relay device ; a second transmitter for transmitting said alert to said emergency center via a portable relay device and a processor for processing said indication to instruct transmission of said alert by at least one of said first transmitter and said second transmitter, wherein: the stationary relay device is a radio hub that is a radio gateway at a home of the user, and the portable relay device is a mobile phone to be carried by the user when outside the home so that the portable emergency alert device is in range of at least one of the stationary relay device and the portable relay device for connectivity both inside and outside the home; and wherein: when the user is at the home and within range of the radio hub, the first transmitter transmits the alert to the radio hub; and when the user is outside the home and carrying the mobile phone, the second transmitter transmits the alert to the mobile phone. a sensor for receiving an indication of an emergency situation of the user; a first transmitter for transmitting said alert to an emergency center via a stationary relay device ; a second transmitter for transmitting said alert to said emergency center via a portable relay device and a processor for processing said indication to instruct transmission of said alert by at least one of said first transmitter and said second transmitter, wherein: the stationary relay device is a radio hub that is a radio gateway at a home of the user, and the portable relay device is a mobile phone to be carried by the user when outside the home so that the portable emergency alert device is in range of at least one of the stationary relay device and the portable relay device for connectivity both inside and outside the home; and wherein: when the user is at the home and within range of the radio hub, the first transmitter transmits the alert to the radio hub; and when the user is outside the home and carrying the mobile phone, the second transmitter transmits the alert to the mobile phone. the stationary relay device is a radio hub that is a radio gateway at a home of the user, and the portable relay device is a mobile phone to be carried by the user when outside the home so that the portable emergency alert device is in range of at least one of the stationary relay device and the portable relay device for connectivity both inside and outside the home; and wherein: when the user is at the home and within range of the radio hub, the first transmitter transmits the alert to the radio hub; and when the user is outside the home and carrying the mobile phone, the second transmitter transmits the alert to the mobile phone.
A wound dressing comprising: a first adhesive layer with a proximal surface configured for attachment of the wound dressing to the skin surface of a user; an absorbent core layer ; an electrode assembly comprising a plurality of electrodes arranged on a distal side of the absorbent core layer , the plurality of electrodes comprising a first set of first electrodes and a second set of second electrodes , the electrode assembly comprising a plurality of sensor points distributed along a distal surface of the absorbent core layer ; and a top layer on a distal side of the electrode assembly , wherein the electrode assembly comprises a first support layer , wherein the first set of first electrodes is printed on the first support layer , and wherein a sensing part of a first electrode (21 0A) of the first set of first electrodes and a sensing part of a second electrode of the second set of second electrodes form a sensor point . a first adhesive layer with a proximal surface configured for attachment of the wound dressing to the skin surface of a user; an absorbent core layer ; an electrode assembly comprising a plurality of electrodes arranged on a distal side of the absorbent core layer , the plurality of electrodes comprising a first set of first electrodes and a second set of second electrodes , the electrode assembly comprising a plurality of sensor points distributed along a distal surface of the absorbent core layer ; and a top layer on a distal side of the electrode assembly ,
Method for controlling flight obstacle lights comprising the following steps: a) at a plurality of receiving devices installed at different locations, identification data records of aircrafts transmitted by radio are received, an identification data record having at least one item of information uniquely identifying the respective aircraft transmitting the identification data record, b) in the respective receiving device , at least one physical characteristic value measured in the receiving device , in particular a reception time and/or a reception power, of the received identification data set is assigned to a received identification data set, c) in an evaluation device , the characteristic values originating from an aircraft are related to each other in such a way that variances between the received radio signals are determined in the form of differences between the characteristic values, d) the current three-dimensional geographical position of the aircraft is determined from the variances, wherein the flight direction and/or the flight speed of the aircraft is determined from a plurality of three-dimensional geographical positions successively determined for an aircraft, the evaluation device provides the three-dimensional geographical position of the aircraft to systems for controlling flight obstruction lights and/or transmits switch-on and/or switch-off signals for switching on or switching off flight obstruction lights, wherein, in the event of loss of the received radio signal of an aircraft , a first minimum switch-on time for the flight obstruction lights is determined, which is calculated on the basis of the previously determined flight direction and flight speed of the aircraft . a) at a plurality of receiving devices installed at different locations, identification data records of aircrafts transmitted by radio are received, an identification data record having at least one item of information uniquely identifying the respective aircraft transmitting the identification data record, b) in the respective receiving device , at least one physical characteristic value measured in the receiving device , in particular a reception time and/or a reception power, of the received identification data set is assigned to a received identification data set, c) in an evaluation device , the characteristic values originating from an aircraft are related to each other in such a way that variances between the received radio signals are determined in the form of differences between the characteristic values, d) the current three-dimensional geographical position of the aircraft is determined from the variances,
A polymer builder comprising monomer units derived from itaconic acid and from 0.01 to 4.95 mole % polymerisation initiator based on the total amount of monomers, wherein said polymer contains less than 0.5 mole % of citraconic acid and/or mesaconic acid based on the number of monomer units in the polymer, and wherein from about 0.1 to about 60 % of the total acid groups from all monomers in the polymer are either esterified, contain an ether linkage, or a combination thereof.
A coaxial dual-band antenna, comprising: a waveguide tube , a ring groove and a high frequency feed , and a dielectric ring , wherein the waveguide tube has a tubular structure, and is configured to transmit a first electromagnetic wave, the ring groove whose opening direction is the same as an output direction of the first electromagnetic wave is on a wall of the waveguide tube , and a frequency of the first electromagnetic wave is lower than a frequency of an electromagnetic wave transmitted by the high frequency feed ; the high frequency feed is located in the waveguide tube , and has a same axis with the waveguide tube , and the first electromagnetic wave excites a transverse electric mode TE 11 in the waveguide tube; and the dielectric ring is filled between the waveguide tube and the high frequency feed , the dielectric ring has a multi-layer structure, and has a same axis with the waveguide tube , area sizes of planes that are at layers of the dielectric ring and that are perpendicular to the axis alternately change, and a height of the dielectric ring is less than a height of the waveguide tube ; wherein an outer wall at only one of two adjacent layers of the dielectric ring is connected to the inner wall of the waveguide tube, and an inner wall of the one of two adjacent layers which is connected to the inner wall of the waveguide tube is connected to the outer wall of the high frequency feed . the waveguide tube has a tubular structure, and is configured to transmit a first electromagnetic wave, the ring groove whose opening direction is the same as an output direction of the first electromagnetic wave is on a wall of the waveguide tube , and a frequency of the first electromagnetic wave is lower than a frequency of an electromagnetic wave transmitted by the high frequency feed ; the high frequency feed is located in the waveguide tube , and has a same axis with the waveguide tube , and the first electromagnetic wave excites a transverse electric mode TE 11 in the waveguide tube; and the dielectric ring is filled between the waveguide tube and the high frequency feed , the dielectric ring has a multi-layer structure, and has a same axis with the waveguide tube , area sizes of planes that are at layers of the dielectric ring and that are perpendicular to the axis alternately change, and a height of the dielectric ring is less than a height of the waveguide tube ; wherein an outer wall at only one of two adjacent layers of the dielectric ring is connected to the inner wall of the waveguide tube, and an inner wall of the one of two adjacent layers which is connected to the inner wall of the waveguide tube is connected to the outer wall of the high frequency feed .