mhurhangee/ep-ind-claims huggingface dataset:
A tubing protector (200, 300), comprising a tubing sheath, the tubing sheath including: a first portion for receiving and protecting a length of tubing extendable therein, so as to minimize collapsing, kinking, or blockage, or combinations thereof, along the length of the tubing; a second portion enclosing the first portion, the second portion comprising a flexible material; wherein the first portion comprises a resilient material, the resilient material allowing for movement in the tubing sheath and having a strength to allow for reorientation of the tubing, while withstanding deformation of the length of the tubing, and wherein the tubing sheath further comprises: a proximal end; a distal end, wherein the proximal end has a larger diameter than the distal end; and a cavity arranged between the proximal end and the distal end, wherein the cavity is configured to receive the tubing extending from a patient at the proximal end and through the distal end to a dialysis machine. a first portion for receiving and protecting a length of tubing extendable therein, so as to minimize collapsing, kinking, or blockage, or combinations thereof, along the length of the tubing; a second portion enclosing the first portion, the second portion comprising a flexible material; wherein the first portion comprises a resilient material, the resilient material allowing for movement in the tubing sheath and having a strength to allow for reorientation of the tubing, while withstanding deformation of the length of the tubing, and wherein the tubing sheath further comprises: a proximal end; a distal end, wherein the proximal end has a larger diameter than the distal end; and a cavity arranged between the proximal end and the distal end, wherein the cavity is configured to receive the tubing extending from a patient at the proximal end and through the distal end to a dialysis machine. a proximal end; a distal end, wherein the proximal end has a larger diameter than the distal end; and a cavity arranged between the proximal end and the distal end, wherein the cavity is configured to receive the tubing extending from a patient at the proximal end and through the distal end to a dialysis machine.
A method for allocating acknowledgment/negative acknowledgment, ACK/NACK, resources at a user equipment, UE, in a wireless communication system, the method comprising the steps of: determining whether a control channel is received, the control channel indicating a transmission of data on a data channel in a time interval; selecting between a non-persistent ACK/NACK resource allocation scheme and a persistent ACK/NACK resource allocation scheme based on whether the control channel is received, wherein the non-persistent ACK/NACK resource allocation scheme is different than the persistent ACK/NACK resource allocation scheme; and determining a resource for transmission of an ACK/NACK based on the selected one of the non-persistent ACK/NACK resource allocation scheme and the persistent ACK/NACK resource allocation scheme, wherein when the persistent ACK/NACK resource allocation scheme is selected, the resource for transmission of an ACK/NACK is signalled to the UE by high layer signaling. determining whether a control channel is received, the control channel indicating a transmission of data on a data channel in a time interval; selecting between a non-persistent ACK/NACK resource allocation scheme and a persistent ACK/NACK resource allocation scheme based on whether the control channel is received, wherein the non-persistent ACK/NACK resource allocation scheme is different than the persistent ACK/NACK resource allocation scheme; and determining a resource for transmission of an ACK/NACK based on the selected one of the non-persistent ACK/NACK resource allocation scheme and the persistent ACK/NACK resource allocation scheme, wherein when the persistent ACK/NACK resource allocation scheme is selected, the resource for transmission of an ACK/NACK is signalled to the UE by high layer signaling.
A glazing bridge for insertion into a glazing rebate of a window casement or door leaf, wherein the glazing bridge comprises a support plate and at least one spring element integrally connected to the support plate, said spring element being arranged on the support plate in the region of one of the longitudinal walls, and the glazing bridge in the inserted state in the glazing rebate is securable in a clamped manner between two mutually opposite profile walls (10, 13) of the window casement or door leaf, wherein the spring element is arranged in a recess of the support plate, is configured so as to be complementary to the recess and projects beyond the longitudinal wall of the support plate for clamping, wherein a gap forming the travel of the spring element is configured between the recess and the support plate, at the ends of which gap the spring element is connected to the support plate, characterised in that the glazing bridge further comprises at least one connecting web (18, 18', 18") arranged in the gap between the support plate and the spring element.
Sensor apparatus for determining a distance and/or speed of an object, comprising a transmitter device for transmitting light at at least one frequency to the object, with the transmitter device being designed to emit light in at least one angular range (10, 11), with the light in the at least one angular range (10, 11) being time-dependently varied substantially simultaneously with frequencies in different frequency ranges, a receiver device for receiving light reflected by the object, with the receiver device being designed to scan the received light in the respective frequency range at at least two times, and an evaluation device designed to determine the distance and/or the speed of the object on the basis of the transmitted light and the scanned times of the received light, with the transmitter device comprising a light source and a modulation device (7a, 7b, 7c) for producing the time-dependent variation of frequencies, characterized in that the modulation device (7a, 7b, 7c) comprises a different acousto-optic modulator (7a, 7b, 7c) for each frequency range. a receiver device for receiving light reflected by the object, with the receiver device being designed to scan the received light in the respective frequency range at at least two times, and an evaluation device designed to determine the distance and/or the speed of the object on the basis of the transmitted light and the scanned times of the received light, with the transmitter device comprising a light source and a modulation device (7a, 7b, 7c) for producing the time-dependent variation of frequencies, characterized in that the modulation device (7a, 7b, 7c) comprises a different acousto-optic modulator (7a, 7b, 7c) for each frequency range.
A method for playing content of a user on a mobile handset, comprising: providing one or more pieces of content being stored in a content store of a computing device on the mobile handset; and performing content operations using a link aware application on the mobile handset, wherein the link aware application performs certain content operations depending on a particular available and accessible link by which the mobile handset is connected to the computing device; and wherein the content operations using the link aware application include, when the mobile handset has access to the particular available and accessible link: disabling a prefetch of content; requesting a piece of content not stored on the mobile handset and downloading the piece of content to be played; and requesting a next piece of content not stored on the mobile handset to be played and downloading the next piece of content. providing one or more pieces of content being stored in a content store of a computing device on the mobile handset; and performing content operations using a link aware application on the mobile handset, wherein the link aware application performs certain content operations depending on a particular available and accessible link by which the mobile handset is connected to the computing device; and wherein the content operations using the link aware application include, when the mobile handset has access to the particular available and accessible link: disabling a prefetch of content; requesting a piece of content not stored on the mobile handset and downloading the piece of content to be played; and requesting a next piece of content not stored on the mobile handset to be played and downloading the next piece of content. disabling a prefetch of content; requesting a piece of content not stored on the mobile handset and downloading the piece of content to be played; and requesting a next piece of content not stored on the mobile handset to be played and downloading the next piece of content.
Container of the can type having - a cup-like first can part and - a cup-like second can part, wherein in a closed state the first can part is releasably attached to the second can part, wherein - the at least one can part has a ring-shaped circumferential wall and a cover which is displaceable along an inner side of the ring-shaped circumferential wall, and - the cover is displaceable from an outer end position in the direction of the other can part into an inner position, in which the container is formed in a pot-shaped manner with a receiving space open towards the top, characterized in that - the cover is formed of a compostable material and has one or several plant seeds or other plant parts, from which a plant can be formed in the pot-shaped container. - a cup-like first can part and - a cup-like second can part, - the at least one can part has a ring-shaped circumferential wall and a cover which is displaceable along an inner side of the ring-shaped circumferential wall, and - the cover is displaceable from an outer end position in the direction of the other can part into an inner position, in which the container is formed in a pot-shaped manner with a receiving space open towards the top, - the cover is formed of a compostable material and has one or several plant seeds or other plant parts, from which a plant can be formed in the pot-shaped container.
A method for controlling a hybrid drive system in a working machine, the system comprising: an internal combustion engine; a torque converter having an input shaft operatively coupled to the engine and an output shaft operatively coupled to a gearbox; an energy storage system coupled to the gearbox for providing power to a drive shaft of the vehicle via the gearbox, said drive shaft being operatively coupled to propulsion means of the working machine; and work hydraulics operatively connected to the engine; the method comprising: determining a requested power for vehicle propulsion; determining an available amount of energy in the energy storage system, the method being characterized by; determining, based on a predetermined amount of energy to be provided from the energy storage system for vehicle propulsion, a torque converter slip, and determining an engine speed based on the torque converter slip such that the power provided by the engine combined with the power provided by the energy storage system equals the requested power for vehicle propulsion. an internal combustion engine; a torque converter having an input shaft operatively coupled to the engine and an output shaft operatively coupled to a gearbox; an energy storage system coupled to the gearbox for providing power to a drive shaft of the vehicle via the gearbox, said drive shaft being operatively coupled to propulsion means of the working machine; and work hydraulics operatively connected to the engine; the method comprising: determining a requested power for vehicle propulsion; determining an available amount of energy in the energy storage system, the method being characterized by; determining, based on a predetermined amount of energy to be provided from the energy storage system for vehicle propulsion, a torque converter slip, and determining an engine speed based on the torque converter slip such that the power provided by the engine combined with the power provided by the energy storage system equals the requested power for vehicle propulsion. determining a requested power for vehicle propulsion; determining an available amount of energy in the energy storage system, the method being characterized by; determining, based on a predetermined amount of energy to be provided from the energy storage system for vehicle propulsion, a torque converter slip, and determining an engine speed based on the torque converter slip such that the power provided by the engine combined with the power provided by the energy storage system equals the requested power for vehicle propulsion.
A process for joining parts together comprising: (i) positioning and temporarily clamping parts to be joined together, wherein step (i) includes clamping the parts together with Cleco fasteners; (ii) drilling a number (n) of pilot holes through the temporarily clamped parts, wherein the number (n) of pilot holes is less than a total number of holes required to be drilled to allow the parts to be joined together by permanent fasteners, wherein step (ii) further comprises: (iia) removing the temporarily clamped parts from one another after the number (n) of pilot holes is drilled therein; and (iib) cleaning the parts of burrs and/or metal filings present due to said drilling; (iii) installing temporary fasteners in the number (n) of pilot holes; (iv) drilling a remaining number (η) of holes that are required in addition to the number (n) of pilot holes to achieve the total number of holes required for the parts to be joined together by permanent fasteners; and (v) installing permanent fasteners in the number (n) of pilot holes and the remaining number (η) of holes drilled in step (iv) to thereby permanently join the parts together, wherein step (v) includes removing the temporary fasteners installed in the number (n) of pilot holes by drilling and thereafter installing permanent fasteners therein; wherein steps (iv) and (v) are practiced using an automated robotic drilling and assembly system and step (ii) is practiced manually. (i) positioning and temporarily clamping parts to be joined together, wherein step (i) includes clamping the parts together with Cleco fasteners; (ii) drilling a number (n) of pilot holes through the temporarily clamped parts, wherein the number (n) of pilot holes is less than a total number of holes required to be drilled to allow the parts to be joined together by permanent fasteners, wherein step (ii) further comprises: (iia) removing the temporarily clamped parts from one another after the number (n) of pilot holes is drilled therein; and (iib) cleaning the parts of burrs and/or metal filings present due to said drilling; (iia) removing the temporarily clamped parts from one another after the number (n) of pilot holes is drilled therein; and (iib) cleaning the parts of burrs and/or metal filings present due to said drilling; (iii) installing temporary fasteners in the number (n) of pilot holes; (iv) drilling a remaining number (η) of holes that are required in addition to the number (n) of pilot holes to achieve the total number of holes required for the parts to be joined together by permanent fasteners; and (v) installing permanent fasteners in the number (n) of pilot holes and the remaining number (η) of holes drilled in step (iv) to thereby permanently join the parts together, wherein step (v) includes removing the temporary fasteners installed in the number (n) of pilot holes by drilling and thereafter installing permanent fasteners therein;
An ink-jet ink, comprising: a liquid vehicle, wherein the liquid vehicle includes water; a non-ionic fluorosurfactant dimer having the structure CF 3 (CF 2) x (CH 2) y (CR 2 CR 2 O) z -A-(OCR 2 CR 2) a (CH 2) b (CF 2) c CF 3, where R is independently H or methyl, A is a bridging unit containing aliphatic or aromatic functionality, x is 3 to 18, y is 0 to 8, z is 0 to 100, a is 0 to 100, b is 0 to 8, and c is 3 to 18; and a colorant; wherein the bridging unit is derived from a difunctional isocyanate; and wherein the bridging unit containing aliphatic or aromatic functionality contains 1 to 100 carbon atoms. a liquid vehicle, wherein the liquid vehicle includes water; a non-ionic fluorosurfactant dimer having the structure CF 3 (CF 2) x (CH 2) y (CR 2 CR 2 O) z -A-(OCR 2 CR 2) a (CH 2) b (CF 2) c CF 3, where R is independently H or methyl, A is a bridging unit containing aliphatic or aromatic functionality, x is 3 to 18, y is 0 to 8, z is 0 to 100, a is 0 to 100, b is 0 to 8, and c is 3 to 18; and a colorant; wherein the bridging unit is derived from a difunctional isocyanate; and wherein the bridging unit containing aliphatic or aromatic functionality contains 1 to 100 carbon atoms.
A method of alerting a user of topical negative pressure therapy apparatus to a non-flow condition of aspirant fluid in the apparatus, the apparatus comprising a device having vacuum pump means and a waste canister connected to the device; the waste canister being operably connected to a wound dressing by aspiration conduit means (12,24) for aspirating fluid from the wound; the aspiration conduit means, the waste canister and the device providing a fluid flow path therethrough and the vacuum pump means providing for fluid flow therethrough; the device having first pressure sensing means between an outlet port for aspirated fluid from said waste canister and said pump means; said waster canister having second pressure sensor means (422, 452) associated therewith; and, a control system for receiving signals from said first and second pressure sensor means and initiating control signals in response to said signals and activating an appropriate user alarm, measuring pressure at said first pressure sensor and at said second pressure sensor; comparing said first and said second pressures; if a pressure difference between first and second pressures is greater than a stored value in a memory of said control system, activating a "canister full" alarm; and characterized in that, if a difference between the first pressure and second pressure is less than a stored value in said control system memory, activating a "conduit blocked" alarm.
A vehicle latch comprising: - a supporting body adapted to be fixed to a vehicle door in a given use position; - a ratchet carried by said supporting body and movable between a release position, wherein the ratchet is positioned to receive or release a fixed striker, and at least one lock position, wherein the ratchet is positioned to retain said striker; - a releasable locking mechanism carried by said supporting body and cooperating with said ratchet to prevent disengagement between the striker and the ratchet; and - an electrically-operated release and lock assembly carried by said supporting body and which can be activated selectively to free the ratchet from the striker or to lock the ratchet in a condition of engagement with the striker, said release and lock assembly comprising an electric motor; characterized in that, in said use position of said supporting body, said electric motor is fixed to an upper portion of the supporting body and in a position adjacent to said ratchet and said electric motor and said ratchet are in a position higher than the position of said releasable locking means. - a supporting body adapted to be fixed to a vehicle door in a given use position; - a ratchet carried by said supporting body and movable between a release position, wherein the ratchet is positioned to receive or release a fixed striker, and at least one lock position, wherein the ratchet is positioned to retain said striker; - a releasable locking mechanism carried by said supporting body and cooperating with said ratchet to prevent disengagement between the striker and the ratchet; and - an electrically-operated release and lock assembly carried by said supporting body and which can be activated selectively to free the ratchet from the striker or to lock the ratchet in a condition of engagement with the striker, said release and lock assembly comprising an electric motor;
A precursor for the production of a positive electrode active material for a secondary battery according to the present invention comprising: a core composed of transition metal hydroxides including nickel(Ni) and manganese(Mn) and further including anions other than hydroxyl groups, or transition metal hydroxides including nickel(Ni), manganese(Mn) and cobalt(Co) and further including anions other than hydroxyl groups; and a shell composed of transition metal hydroxides including cobalt(Co) and further including anions other than hydroxyl groups, wherein the transition metal hydroxide of the core is a compound represented by the following Formula 1, and the transition metal hydroxide of the shell is a compound represented by the following Formula 2. Ni a Mn b Co 1-(a+b+c) M c [(OH 1-x) 2-(z/n) A (z/n)] wherein, 0.55≤a≤0.9, 0.05≤b≤0.5, 0≤c≤0.1, a+b+c≤1, 0<x<0.5, 0.01≤z≤0.5, n is an oxidation number of A; M is Zr,; and A is PO 4; Co (1-a) Z a [(OH 1-x) 2-(z/n) A' (z/n)] wherein, 0≤a≤0.1, 0<x<0.5, 0.01≤z≤0.5, n is an oxidation number of A'; Z is Zr,; and A' is PO 4. a core composed of transition metal hydroxides including nickel(Ni) and manganese(Mn) and further including anions other than hydroxyl groups, or transition metal hydroxides including nickel(Ni), manganese(Mn) and cobalt(Co) and further including anions other than hydroxyl groups; and a shell composed of transition metal hydroxides including cobalt(Co) and further including anions other than hydroxyl groups, wherein the transition metal hydroxide of the core is a compound represented by the following Formula 1, and the transition metal hydroxide of the shell is a compound represented by the following Formula 2. Ni a Mn b Co 1-(a+b+c) M c [(OH 1-x) 2-(z/n) A (z/n)] wherein, 0.55≤a≤0.9, 0.05≤b≤0.5, 0≤c≤0.1, a+b+c≤1, 0<x<0.5, 0.01≤z≤0.5, n is an oxidation number of A; M is Zr,; and A is PO 4; Co (1-a) Z a [(OH 1-x) 2-(z/n) A' (z/n)] wherein, 0≤a≤0.1, 0<x<0.5, 0.01≤z≤0.5, n is an oxidation number of A'; Z is Zr,; and A' is PO 4.