mhurhangee/patent-ind-claim-en huggingface dataset:
Electric coolant pump, comprising: a pump housing with a pump chamber , in which a pump impeller is rotatably accommodated, a pump cover that closes the pump chamber to one side of the pump impeller , and at least one inlet and one outlet that are connected to the pump chamber ; an electric motor with a rotor and a stator which is arranged on a side of the pump chamber which is opposite the pump cover , on the pump housing ; a pump shaft that is rotatably mounted on the pump housing extends from the electric motor into the pump chamber , wherein the rotor and the pump impeller are fixed thereon; and an electronic power circuit for controlling the stator with a power output from an external power supply that can be connected to the power circuit ; wherein the pump housing possesses a receiver for the electronic power circuit which, in relation to the pump shaft , is arranged radially outside the pump chamber ; characterised in that at least one end section of a circuit board of the electronic power circuit is aligned inwards to one side in an axial overlapping area with an outer edge of the pump impeller facing the electronic power circuit . a pump housing with a pump chamber , in which a pump impeller is rotatably accommodated, a pump cover that closes the pump chamber to one side of the pump impeller , and at least one inlet and one outlet that are connected to the pump chamber ; an electric motor with a rotor and a stator which is arranged on a side of the pump chamber which is opposite the pump cover , on the pump housing ; a pump shaft that is rotatably mounted on the pump housing extends from the electric motor into the pump chamber , wherein the rotor and the pump impeller are fixed thereon; and an electronic power circuit for controlling the stator with a power output from an external power supply that can be connected to the power circuit ; wherein the pump housing possesses a receiver for the electronic power circuit which, in relation to the pump shaft , is arranged radially outside the pump chamber ; characterised in that at least one end section of a circuit board of the electronic power circuit is aligned inwards to one side in an axial overlapping area with an outer edge of the pump impeller facing the electronic power circuit .
A wearable foot controller for a surgical instrument comprising: a body configured to be worn on a foot and including a heel portion and a ball portion on an opposite end of the body from the heel portion; a heel pressure sensor coupled to the heel portion of the body; a ball pressure sensor coupled to the ball portion of the body; a heel movement sensor coupled to the heel portion of the body; a ball movement sensor coupled to the ball portion of the body; and a processor coupled to the body and configured to detect activation of the heel pressure sensor and generate control data for the surgical instrument based upon the ball movement sensor when the heel pressure sensor is activated, detect activation of the ball pressure sensor and generate control data for the surgical instrument based upon the heel movement sensor when the ball pressure sensor is activated, and communicate the control data to the surgical instrument via a communications link . a body configured to be worn on a foot and including a heel portion and a ball portion on an opposite end of the body from the heel portion; a heel pressure sensor coupled to the heel portion of the body; a ball pressure sensor coupled to the ball portion of the body; a heel movement sensor coupled to the heel portion of the body; a ball movement sensor coupled to the ball portion of the body; and a processor coupled to the body and configured to detect activation of the heel pressure sensor and generate control data for the surgical instrument based upon the ball movement sensor when the heel pressure sensor is activated, detect activation of the ball pressure sensor and generate control data for the surgical instrument based upon the heel movement sensor when the ball pressure sensor is activated, and communicate the control data to the surgical instrument via a communications link . detect activation of the heel pressure sensor and generate control data for the surgical instrument based upon the ball movement sensor when the heel pressure sensor is activated, detect activation of the ball pressure sensor and generate control data for the surgical instrument based upon the heel movement sensor when the ball pressure sensor is activated, and communicate the control data to the surgical instrument via a communications link .
An NMR measurement unit including - a flow channel comprising a first end and a second end for separating a sample from a fluid stream present in a process channel via the first end and for returning the sample to the fluid stream via the second end , - a magnet arranged in relation to the flow channel for creating a magnetic field (E) at least in part of the flow channel , - a coil arranged in relation to the flow channel for exciting NMR active nuclei of the sample moving in the flow channel and for receiving the frequency pulse that returns to the coil from the NMR active nuclei, - a frame being installable in such a way that the flow channel is positioned inside the process channel , the frame comprising a fastening flange and a chamber , - the chamber being connected to the fastening flange and arranged to be installed at least mainly inside the process channel , which chamber is closed at least relative to the fluid stream and within which chamber the magnet and coil are arranged and through which chamber the flow channel passes and wherein the coil encircles the flow channel , characterised in that - the magnet encircles the flow channel ; - the frame comprises the fastening flange for sealing and fastening the NMR measurement unit to an inspection hatch or service opening in the wall of the process channel , and the NMR measurement unit is adapted to be installed in said inspection hatch or service opening , respectively, of said wall of the process channel by means of said fastening flange. - a flow channel comprising a first end and a second end for separating a sample from a fluid stream present in a process channel via the first end and for returning the sample to the fluid stream via the second end , - a magnet arranged in relation to the flow channel for creating a magnetic field (E) at least in part of the flow channel , - a coil arranged in relation to the flow channel for exciting NMR active nuclei of the sample moving in the flow channel and for receiving the frequency pulse that returns to the coil from the NMR active nuclei, - a frame being installable in such a way that the flow channel is positioned inside the process channel , the frame comprising a fastening flange and a chamber , - the chamber being connected to the fastening flange and arranged to be installed at least mainly inside the process channel , which chamber is closed at least relative to the fluid stream and within which chamber the magnet and coil are arranged and through which chamber the flow channel passes and wherein the coil encircles the flow channel , characterised in that - the magnet encircles the flow channel ; - the frame comprises the fastening flange for sealing and fastening the NMR measurement unit to an inspection hatch or service opening in the wall of the process channel , and the NMR measurement unit is adapted to be installed in said inspection hatch or service opening , respectively, of said wall of the process channel by means of said fastening flange.
A tool for penetrating a tubular , the tool comprising: at least one length of linear shaped charge , a carrier adapted to support the or each length of linear shaped charge, and at least one detonation mechanism for detonating the or each length of linear shaped charge such that, upon detonation of the or each length of linear shaped charge , a length of material is projected outwardly from the or each length of linear shaped charge towards an internal surface of the tubular , which is thereby penetrated; characterised in that at least a portion of at least one length of linear shaped charge is oriented such that said material is projected obliquely towards the internal surface of the tubular , and in that the at least one length of linear shaped charge is arranged such that, upon detonation, the trajectory of the obliquely projected portion of the projected material intersects the trajectory of at least one other portion of projected material at or adjacent the internal surface of the tubular . at least one length of linear shaped charge , a carrier adapted to support the or each length of linear shaped charge, and at least one detonation mechanism for detonating the or each length of linear shaped charge such that, upon detonation of the or each length of linear shaped charge , a length of material is projected outwardly from the or each length of linear shaped charge towards an internal surface of the tubular , which is thereby penetrated; characterised in that at least a portion of at least one length of linear shaped charge is oriented such that said material is projected obliquely towards the internal surface of the tubular , and in that the at least one length of linear shaped charge is arranged such that, upon detonation, the trajectory of the obliquely projected portion of the projected material intersects the trajectory of at least one other portion of projected material at or adjacent the internal surface of the tubular .
A method of determining the probability that an individual has irritable bowel syndrome and whether the individual will respond to dietary intervention, the method comprising the steps of: i) analysing a stool sample collected from said individual to determine whether a cyclohexane carboxylic acid compound is present; and ii) if a cyclohexane carboxylic acid compound is present in step i), determining the amount of the cyclohexane carboxylic acid compound that is present and comparing the amount detected with a control value; wherein the presence of an increased amount of the cyclohexane carboxylic acid compound compared to the control value is indicative of an increased probability that the individual has irritable bowel syndrome and of the probability that the individual will respond to dietary intervention; and wherein the cyclohexane carboxylic acid compound is one or more of a cyclohexane carboxylic acid and/or a cyclohexane carboxylic acid ester. i) analysing a stool sample collected from said individual to determine whether a cyclohexane carboxylic acid compound is present; and ii) if a cyclohexane carboxylic acid compound is present in step i), determining the amount of the cyclohexane carboxylic acid compound that is present and comparing the amount detected with a control value;
Pitch drive for a rotor blade of a wind turbine, having an electric motor for driving a rotational movement between the rotor blade and a rotor hub , having a hydraulic pump which is driven by the rotational movement between the rotor blade and the rotor hub , wherein, in at least one operating state, the hydraulic pump works counter to a hydraulic resistance .
An apparatus for tracking a device during a medical procedure involving the device , comprising: an input unit configured to receive first image data and second image data , wherein the first and second image data include at least a portion of said device and wherein the first and second image data had been acquired using different imaging apparatus , and a processing unit configured to: - establish a co-registration between the first and second image data; - identify a device in the first image data ; - generate an image from the second image data using said co-registration and first identification information of the device as identified in the first image data , and - further identify the device in the generated image . an input unit configured to receive first image data and second image data , wherein the first and second image data include at least a portion of said device and wherein the first and second image data had been acquired using different imaging apparatus , and a processing unit configured to: - establish a co-registration between the first and second image data; - identify a device in the first image data ; - generate an image from the second image data using said co-registration and first identification information of the device as identified in the first image data , and - further identify the device in the generated image . - establish a co-registration between the first and second image data; - identify a device in the first image data ; - generate an image from the second image data using said co-registration and first identification information of the device as identified in the first image data , and - further identify the device in the generated image .
Apparatus for inspecting a document (D), wherein the document includes an RFID tag and a code, said apparatus comprising: - a casing configured to be portable with one hand by an operator inspecting the document (D); - a reading area on said casing in which the document (D) can be positioned to allow a reading of the code; - scanning means for reading the code of the document positioned in said reading area ; - a first RFID device for communicating with the RFID tag; - means for comparing information provided by said scanning means with information provided by said first RFID device ; characterized in that : - said scanning means comprises at least one linear image sensor movable in said reading area so as to perform a code reading scan; - the apparatus comprises motor means for moving said linear image sensor in a moving direction (F) that is transverse to a longitudinal extension of said linear image sensor; - said motor means comprises at least two motors which are distinct from each other and can be operated independently of each other. - a casing configured to be portable with one hand by an operator inspecting the document (D); - a reading area on said casing in which the document (D) can be positioned to allow a reading of the code; - scanning means for reading the code of the document positioned in said reading area ; - a first RFID device for communicating with the RFID tag; - means for comparing information provided by said scanning means with information provided by said first RFID device ; - said scanning means comprises at least one linear image sensor movable in said reading area so as to perform a code reading scan; - the apparatus comprises motor means for moving said linear image sensor in a moving direction (F) that is transverse to a longitudinal extension of said linear image sensor; - said motor means comprises at least two motors which are distinct from each other and can be operated independently of each other.
Use of an adhesive for bonding to woodchip wallpaper, more particularly coated woodchip wallpaper, textured wallpapers, wood, panels, wall boards, wainscoting, veneered woods, or to plaster, more particularly coated plaster, the adhesive consisting of (a) at least one elastomer component of the type of a polybutadiene-polyvinylaromatic block copolymer having a fraction in relation to the total adhesive of 42 wt% to 50 wt% and a diblock fraction in relation to the total block copolymer content of 32 wt% to 55 wt%, preferably to 50 wt%, where the block copolymers have a weight-average molar mass by Test 1 as defined in the description of between 50 000 g/mol and 500 000 g/mol, (b) at least one tackifier resin which is a hydrocarbon resin having a DACP of at least +5°C and at most +50°C and an MMAP of at least +50°C and at most +85°C, and which has a resin softening temperature by ring & ball according to ASTM E28 of at least +90°C, (c) at least one plasticizing resin having a fraction of 0 wt% to 15 wt%, based on the total adhesive, (d) optionally further additives. (a) at least one elastomer component of the type of a polybutadiene-polyvinylaromatic block copolymer having a fraction in relation to the total adhesive of 42 wt% to 50 wt% and a diblock fraction in relation to the total block copolymer content of 32 wt% to 55 wt%, preferably to 50 wt%, where the block copolymers have a weight-average molar mass by Test 1 as defined in the description of between 50 000 g/mol and 500 000 g/mol, (b) at least one tackifier resin which is a hydrocarbon resin having a DACP of at least +5°C and at most +50°C and an MMAP of at least +50°C and at most +85°C, and which has a resin softening temperature by ring & ball according to ASTM E28 of at least +90°C, (c) at least one plasticizing resin having a fraction of 0 wt% to 15 wt%, based on the total adhesive, (d) optionally further additives.
Sterile covering device with a rotating joint between two attached members , rotating relative to each other and each covered by at least one protective cover capable of covering the proximal end of the member protected by this cover , and comprising at least one groove , characterized in that: - it is the rotating joint connecting the proximal ends of the two members which has the at least one groove between the two members , - the proximal end (5 1 ) of a first cover (3 1 ), which is capable of covering the proximal end (7 1 ) of the member (1 1 ) that it protects, is also capable of covering at least one longitudinal portion of the groove of the rotating joint , - the proximal end (5 2 ) of a second cover (3 2 ), which is capable of covering the proximal end (7 2 ) of the other member (1 2 ) that it protects, is also capable of covering a portion of the proximal end (5 1 ) of the first cover (3 1 ) that it encloses at the rotating joint in the groove that the latter has between the two members . - it is the rotating joint connecting the proximal ends of the two members which has the at least one groove between the two members , - the proximal end (5 1 ) of a first cover (3 1 ), which is capable of covering the proximal end (7 1 ) of the member (1 1 ) that it protects, is also capable of covering at least one longitudinal portion of the groove of the rotating joint , - the proximal end (5 2 ) of a second cover (3 2 ), which is capable of covering the proximal end (7 2 ) of the other member (1 2 ) that it protects, is also capable of covering a portion of the proximal end (5 1 ) of the first cover (3 1 ) that it encloses at the rotating joint in the groove that the latter has between the two members .
A server which transmits streaming data according to MPEG-DASH standard, the server comprising: a receiver which receives an M PD request and a segment request from a client ; and a transmitter which transmits, by a push, an MPD specified in the MPD request and a segment specified in the segment request to the client , the M PD request and the segment request being received by the receiver , wherein the MPD request contains information requesting transmission of an initialization segment by the push, and the transmitter transmits the initialization segment by the push, wherein the MPD request includes a push directive indicating the server to automatically select and push segments over the course of the total media duration; the server automatically selects and pushes segments other than the segment specified in the segment request over the course of the total media duration, wherein the server estimates a throughput, based on acknowledgement numbers contained in acknowledgement packets transmitted from the client to the sever during a TCP/IP connection, the server estimates the throughput based on the acknowledgement numbers, by measuring a time arrival of the acknowledgement packets, representations of the streaming data having different image qualities and different bit rates are switched based on the estimated throughput. a receiver which receives an M PD request and a segment request from a client ; and a transmitter which transmits, by a push, an MPD specified in the MPD request and a segment specified in the segment request to the client , the M PD request and the segment request being received by the receiver , wherein the MPD request contains information requesting transmission of an initialization segment by the push, and the transmitter transmits the initialization segment by the push, wherein the MPD request includes a push directive indicating the server to automatically select and push segments over the course of the total media duration; the server automatically selects and pushes segments other than the segment specified in the segment request over the course of the total media duration, wherein the server estimates a throughput, based on acknowledgement numbers contained in acknowledgement packets transmitted from the client to the sever during a TCP/IP connection, the server estimates the throughput based on the acknowledgement numbers, by measuring a time arrival of the acknowledgement packets, representations of the streaming data having different image qualities and different bit rates are switched based on the estimated throughput.
A hub apparatus , comprising: a housing assembly defining an internal space; a shaft positioned to extend through the housing assembly , the housing assembly being rotatably coupled to the shaft ; a stator assembly fixedly coupled to the shaft and positioned in the internal space, the stator assembly comprising a battery assembly including a plurality of battery packs; a side cover fixedly coupled to the shaft and rotatably coupled to the housing assembly , the side cover having a base portion and a mating portion extending from the base portion ; and a pair of first connectors positioned through the side cover , each of the first connectors comprising a terminal end (331, 331a-331d) and a contact portion (337, 337a-337d), wherein the terminal end (331, 331a-331d) is electrically coupled to the battery assembly via a wire bundle fixedly coupled to the side cover , and wherein the contact portion (337, 337a-337d) is configured to electrically couple to an external power source so as to charge the battery assembly through a wired connection; characterized in that the mating portion is a flange extending from the base portion , the contact portions (337, 337a-337d) of the first connectors are positioned around a circumference of the flange . a housing assembly defining an internal space; a shaft positioned to extend through the housing assembly , the housing assembly being rotatably coupled to the shaft ; a stator assembly fixedly coupled to the shaft and positioned in the internal space, the stator assembly comprising a battery assembly including a plurality of battery packs; a side cover fixedly coupled to the shaft and rotatably coupled to the housing assembly , the side cover having a base portion and a mating portion extending from the base portion ; and a pair of first connectors positioned through the side cover , each of the first connectors comprising a terminal end (331, 331a-331d) and a contact portion (337, 337a-337d), wherein the terminal end (331, 331a-331d) is electrically coupled to the battery assembly via a wire bundle fixedly coupled to the side cover , and wherein the contact portion (337, 337a-337d) is configured to electrically couple to an external power source so as to charge the battery assembly through a wired connection; characterized in that the mating portion is a flange extending from the base portion , the contact portions (337, 337a-337d) of the first connectors are positioned around a circumference of the flange .