mhurhangee/ep-ind-claims huggingface dataset:
Access device comprising: a base for aligning the dermal access device with the skin of a patient; a needle for puncturing the skin, the needle comprising a hub and a cannula, and the needle being movably mounted in the base such that it can move between a first, fully retracted, and a second, maximally extended, position; and a locking mechanism adapted to lock the needle in a discrete third position located between the first and the second position, the third position being an injection position; wherein the locking mechanism comprises a cam and a cam follower that are adapted to convert the motion of the needle with respect to the base into an auxiliary action, wherein the cam is arranged on the hub and the cam follower is arranged on the base, wherein the auxiliary action is to prevent the engagement of the locking mechanism when the needle is moving from the first to the second position, characterized in that the base has an essentially flat bottom surface for alignment of the access device with the skin of the patient, wherein the needle is arranged at an angle with respect to an essentially flat bottom surface of the base. a base for aligning the dermal access device with the skin of a patient; a needle for puncturing the skin, the needle comprising a hub and a cannula, and the needle being movably mounted in the base such that it can move between a first, fully retracted, and a second, maximally extended, position; and a locking mechanism adapted to lock the needle in a discrete third position located between the first and the second position, the third position being an injection position; wherein the locking mechanism comprises a cam and a cam follower that are adapted to convert the motion of the needle with respect to the base into an auxiliary action, wherein the cam is arranged on the hub and the cam follower is arranged on the base, wherein the auxiliary action is to prevent the engagement of the locking mechanism when the needle is moving from the first to the second position, characterized in that the base has an essentially flat bottom surface for alignment of the access device with the skin of the patient, wherein the needle is arranged at an angle with respect to an essentially flat bottom surface of the base.
Modular kit of devices for variable distribution, mixing and monitoring of optical signals in the Internet and other networks formed by optical module interconnected with the control electronic module of the electronic system with two redundant power supply sources (25, 26), which is further interconnected with the communication computer module while the communication computer module is equipped with the user communication interface and the machine communication interface characterized in that the control electronic module is formed by NxM pulse-width modulators to connected via an interface module to the communication computer module and to the power supply distribution block and by MxN voltage drivers to which are interconnected directly with the power supply distribution block also and the optical module has N optical inputs and M optical outputs where N and M are non-zero natural numbers, and in total the optical module contains NxM of optical switching elements to 2x2 type Mach-Zender interferometer, each with two optical inputs and two optical outputs and one electric input, while each of the NxM pulse-width modulators to is by its output connected to the input of one of NxM voltage drivers to relevant for such pulse-width modulators to, and where the output of each of these NxM voltage drivers to is connected to the electric input of one of NxM optical switching elements to, the optical switching elements to are mutually optically interconnected in a grid and the optical module is equipped with a temperature sensor located in the middle of the grid of interconnected optical switching elements to and is interconnected with a temperature measuring circuit comprised in the control electronic module adapted to allow control of the temperature in the matrix of the optical switching elements to based on the temperature measured by this temperature measuring circuit
Curtain applicator for applying a liquid or pasty application medium to at least one surface of a running material web, in particular a fibrous web, wherein the curtain applicator comprises an applicator nozzle, in particular a slotted nozzle, which under the effect of gravity and optionally the effect of further forces is suitable for dispensing a single-tier or multi-tier curtain onto the surface of the material web and furthermore comprises a wiping device which is suitable for keeping entrained air carried by the material web away from the curtain, characterized in that at least one further blocking device (9, 9a, 9b) which is suitable for keeping air movements of the ambient air away from the curtain is provided, wherein the at least one further the further blocking device (9, 9a, 9b) comprise means, in particular one or a plurality of air nozzles, for generating an air shield.
A horizontal flow sand filter basin, comprising: a basin body, a raw water inlet assembly, a sand filter bed, a filtered water outlet assembly, an aeration assembly and a backwash assembly, wherein the sand filter bed is arranged in the basin body, and the sand filter bed is composed of filter sand; the raw water inlet assembly comprises a water inlet pipe and a water distribution device for feeding raw water into the sand filter bed, the water inlet pipe is connected to the water distribution device, the water distribution device is arranged in the sand filter bed, and a plurality of water outlet orifices are distributed in a vertical face of the water distribution device; the filtered water outlet assembly comprises a water collector and a water outlet pipe, a side of the water collector adjacent to the sand filter bed is provided with a water inlet orifice, and the water outlet pipe is in communication with the water collector; the backwash assembly comprises a backwash pipe and a drainage pipe, and the drainage pipe is connected to the water distribution device; characterized in that, the backwash pipe is connected to the water outlet pipe, the aeration assembly is mounted at the bottom of the basin body and comprises an aeration pipe and a plurality of aeration devices connected to the aeration pipe. the sand filter bed is arranged in the basin body, and the sand filter bed is composed of filter sand; the raw water inlet assembly comprises a water inlet pipe and a water distribution device for feeding raw water into the sand filter bed, the water inlet pipe is connected to the water distribution device, the water distribution device is arranged in the sand filter bed, and a plurality of water outlet orifices are distributed in a vertical face of the water distribution device; the filtered water outlet assembly comprises a water collector and a water outlet pipe, a side of the water collector adjacent to the sand filter bed is provided with a water inlet orifice, and the water outlet pipe is in communication with the water collector; the backwash assembly comprises a backwash pipe and a drainage pipe, and the drainage pipe is connected to the water distribution device; characterized in that, the backwash pipe is connected to the water outlet pipe, the aeration assembly is mounted at the bottom of the basin body and comprises an aeration pipe and a plurality of aeration devices connected to the aeration pipe.
A timber bunk comprising a horizontal beam having a bottom and both ends of the horizontal beam have a pocket where a substantially vertical post is connected, the pocket having an inner end surface and an outer end surface in the longitudinal direction of the horizontal beam, characterized in that inside the pocket, on the side of its inner end surface, a load detent is detachably attached to the bottom of the horizontal beam by bolt joints and the substantially vertical post is attached to the load detent and to the outer end surface of the pocket by bolt joints, and the outer end surface of the pocket comprises an opening extending to the level of a lower edge of the horizontal beam for installing a load tightener.
A microelectronic package structure, comprising: a substrate (102; 202) including a dielectric material (101; 201), the substrate having a first side and a second side opposite to the first side; a conductive trace (108; 208) along the first side (103; 203) and the second side (105; 205), the conductive trace being located within the dielectric material; characterized by a first layer that is formed, using electroplating, directly on a first side of the conductive trace or that is formed on a seed layer that is on the first side of the conductive trace, wherein the first layer comprises a magnetic material, and wherein at least one sidewall of the first layer is in contact with the dielectric material; and a second layer that is formed, using electroplating, directly on a second side of the conductive trace or that is formed on a seed layer that is on the second side of the conductive trace, wherein the second layer comprises the magnetic material, and wherein at least one sidewall of the second layer is in contact with the dielectric material. a substrate (102; 202) including a dielectric material (101; 201), the substrate having a first side and a second side opposite to the first side; a conductive trace (108; 208) along the first side (103; 203) and the second side (105; 205), the conductive trace being located within the dielectric material; characterized by a first layer that is formed, using electroplating, directly on a first side of the conductive trace or that is formed on a seed layer that is on the first side of the conductive trace, wherein the first layer comprises a magnetic material, and wherein at least one sidewall of the first layer is in contact with the dielectric material; and a second layer that is formed, using electroplating, directly on a second side of the conductive trace or that is formed on a seed layer that is on the second side of the conductive trace, wherein the second layer comprises the magnetic material, and wherein at least one sidewall of the second layer is in contact with the dielectric material.
A method of forming a semiconductor device, the method comprising: forming a semiconductor layer on a semiconductor substrate, wherein forming the semiconductor layer comprises: forming a channel layer on the semiconductor substrate; forming a barrier layer on the channel layer; and forming a protective layer on the barrier layer; forming a mask on the protective layer; implanting ions having a first conductivity type into the semiconductor layer according to the mask to form implanted regions on the semiconductor layer; forming metal layers on the implanted regions according to the mask; and annealing the implanted regions and the metal layers in a single step to respectively activate the implanted ions in the implanted regions and provide ohmic contacts on the implanted regions. forming a semiconductor layer on a semiconductor substrate, wherein forming the semiconductor layer comprises: forming a channel layer on the semiconductor substrate; forming a barrier layer on the channel layer; and forming a protective layer on the barrier layer; forming a channel layer on the semiconductor substrate; forming a barrier layer on the channel layer; and forming a protective layer on the barrier layer; forming a mask on the protective layer; implanting ions having a first conductivity type into the semiconductor layer according to the mask to form implanted regions on the semiconductor layer; forming metal layers on the implanted regions according to the mask; and annealing the implanted regions and the metal layers in a single step to respectively activate the implanted ions in the implanted regions and provide ohmic contacts on the implanted regions.
Pump device, in particular immersible pump device, with at least one heat exchanger unit, which is in at least one operation state configured for a heat exchange between a cooling fluid and a liquid that is to be pumped and which comprises at least one cooling duct and at least one shaft receptacle having an axial direction, wherein a cross-section surface area of the cooling duct changes by maximally 200 % at least over a large portion of a course of the cooling duct, wherein the heat exchanger unit comprises at least one further cooling duct that is arranged neighbouring the cooling duct, characterised in that a circular-arc-wise distance from the cooling duct to the further cooling duct, extending concentrically to a centre point of the shaft receptacle, corresponds to maximally 50 % of a width of the cooling duct. wherein a cross-section surface area of the cooling duct changes by maximally 200 % at least over a large portion of a course of the cooling duct, wherein the heat exchanger unit comprises at least one further cooling duct that is arranged neighbouring the cooling duct, characterised in that a circular-arc-wise distance from the cooling duct to the further cooling duct, extending concentrically to a centre point of the shaft receptacle, corresponds to maximally 50 % of a width of the cooling duct.
A method for controlling a wind farm connected to a power grid, the wind farm having a plurality of wind turbines, the method comprising: terminating use of an existing farm-level controller of the wind farm; installing an upgraded farm-level controller in place of the existing farm-level controller; communicatively coupling the upgraded farm-level controller to each of the plurality of wind turbines; replacing at least one component of a subset of the wind turbines with an upgraded component capable of satisfying one or more grid requirements; wherein the at least one upgraded component comprises an upgraded power converter of each of the wind turbines in the subset; and, controlling the wind farm via the upgraded farm-level controller; wherein controlling the wind farm via the upgraded farm-level controller comprises controlling the subset of the wind turbines via the upgraded power converters and controlling the remaining wind turbines via existing power converters; and wherein the subset of wind turbines comprises from about 10% to about 50% of the plurality of wind turbines. terminating use of an existing farm-level controller of the wind farm; installing an upgraded farm-level controller in place of the existing farm-level controller; communicatively coupling the upgraded farm-level controller to each of the plurality of wind turbines; replacing at least one component of a subset of the wind turbines with an upgraded component capable of satisfying one or more grid requirements; wherein the at least one upgraded component comprises an upgraded power converter of each of the wind turbines in the subset; and, controlling the wind farm via the upgraded farm-level controller; wherein controlling the wind farm via the upgraded farm-level controller comprises controlling the subset of the wind turbines via the upgraded power converters and controlling the remaining wind turbines via existing power converters; and wherein the subset of wind turbines comprises from about 10% to about 50% of the plurality of wind turbines.
A variable speed ratio transmission comprising: a. a support structure; b. an input member of a rotational movement about a main axis of rotation which is rotatably connected to the support structure; c. an output member of the rotational movement; d. a plurality of planet wheels which are arranged peripherally with respect to the main rotation axis and which are supported rotatably on the support structure and which receive the movement from the input member; each of those planet wheels comprises a connecting rod which is rotatably connected thereto in the region of a first end thereof and which supports at an opposite end thereof a connection wheel which is rotatably connected in a unidirectional manner to the end so as to entrain in rotation the output member during a rotational movement of the input member about the main rotation axis, characterised in that it comprises a variation device for a spacing (d) between a pivot axis of the connecting rods on the planet wheels and a respective rotation axis (X') of the planet wheels. a. a support structure; b. an input member of a rotational movement about a main axis of rotation which is rotatably connected to the support structure; c. an output member of the rotational movement; d. a plurality of planet wheels which are arranged peripherally with respect to the main rotation axis and which are supported rotatably on the support structure and which receive the movement from the input member;
A solid electrolyte comprising a core-shell structure wherein an internal component represents the core and an external component represents the shell: an internal component represented by a formula Li 1+ x M x Zr 2- x (PO 4) 3, M being one or more elements selected from the group consisting of Al, La, Cr, Ga, Y, and In, and 0.05≤ x ≤0.4; and an external component coated on a surface of the internal component, the external component comprising a plastic deformable material and having a conductivity of about 10 -7 S/cm to about 10 -5 S/cm, wherein the external component is represented by a formula Li 3-3y B y PO 4, and 0≤y<1. an internal component represented by a formula Li 1+ x M x Zr 2- x (PO 4) 3, M being one or more elements selected from the group consisting of Al, La, Cr, Ga, Y, and In, and 0.05≤ x ≤0.4; and an external component coated on a surface of the internal component, the external component comprising a plastic deformable material and having a conductivity of about 10 -7 S/cm to about 10 -5 S/cm, wherein the external component is represented by a formula Li 3-3y B y PO 4, and 0≤y<1.
A flat pack (26, 36) of solvent impregnated wipes, which flat pack (26, 36) comprises an inner bag which contains the wipes, and an outer bag which contains the inner bag, and the flat pack (26, 36) being such that the wipes are impregnated with a solvent which is aggressive and which is for removing greases, oils and tars, the inner bag is sealed such as totally to protect the outer bag from the solvent, the outer bag has a peelable re-sealable adhesive flap which covers an opening in the outer bag and thereby seals the opening in the outer bag, the inner bag is accessible through the opening in the outer bag, the opening in the outer bag is formed by a cut in the outer bag, the opening is uncovered when the flap is pulled in a direction away from the outer bag, the opening is covered when the flap is pressed in a direction towards the outer bag, and characterised in that the flap is caused to remain attached to the outer bag because: (a) the cut in the outer bag forms an openable portion that is In the outer bag and that has a connection portion which remains connected to the outer bag; or (b) the cut forms an openable portion such that the openable portion is completely removable from the outer bag, and the flap includes at least one cut shape which forms a connecting portion which connects the flap to the outer bag. (a) the cut in the outer bag forms an openable portion that is In the outer bag and that has a connection portion which remains connected to the outer bag; or (b) the cut forms an openable portion such that the openable portion is completely removable from the outer bag, and the flap includes at least one cut shape which forms a connecting portion which connects the flap to the outer bag.
An encoder for use in coding rate R=b/c, convolutional encoding of an information sequence in accordance with a parity check matrix of a Low-Density Parity-Check Convolutional Code (LDPC-CC), the parity check matrix (100, 100A) being a matrix that defines a systematic code, the encoder to receive an input sequence consisting of said information sequence connected to a predetermined termination sequence, the encoder comprising: a first encoder (230, 230A) that is adapted to receive and encode said input sequence, and output to a second encoder (240, 240A, 240B) a first codeword sequence obtained by said encoding of the input sequence, said encoding of the input sequence using a partial parity check matrix for information bits; and the second encoder (240, 240A, 240B) that is adapted to receive and encode the first codeword sequence and send a second codeword sequence obtained by said encoding of the first codeword sequence to an output of said encoder, said encoding of the first codeword sequence using a partial parity check matrix for parity bits (120, 120A, 120B), wherein the partial parity check matrix for information bits is a matrix obtained by considering only the columns for information bits in the parity check matrix (100, 100A); the partial parity check matrix for parity bits (120, 120A, 120B) is a matrix obtained by considering only the columns for parity bits in the parity check matrix (100, 100A); the first encoder is a non-recursive convolutional encoder; a memory length of the first encoder is M1; the termination sequence is a zero sequence of M1 xb bits; the second encoder is a recursive convolutional encoder. a first encoder (230, 230A) that is adapted to receive and encode said input sequence, and output to a second encoder (240, 240A, 240B) a first codeword sequence obtained by said encoding of the input sequence, said encoding of the input sequence using a partial parity check matrix for information bits; and the second encoder (240, 240A, 240B) that is adapted to receive and encode the first codeword sequence and send a second codeword sequence obtained by said encoding of the first codeword sequence to an output of said encoder, said encoding of the first codeword sequence using a partial parity check matrix for parity bits (120, 120A, 120B), wherein the partial parity check matrix for information bits is a matrix obtained by considering only the columns for information bits in the parity check matrix (100, 100A); the partial parity check matrix for parity bits (120, 120A, 120B) is a matrix obtained by considering only the columns for parity bits in the parity check matrix (100, 100A); the first encoder is a non-recursive convolutional encoder; a memory length of the first encoder is M1; the termination sequence is a zero sequence of M1 xb bits; the second encoder is a recursive convolutional encoder.
Ceramic body comprising a plurality of channels arranged in parallel and a plurality of elongated metal elements arranged in parallel to the channels for induction heating, wherein the elongated metal elements are arranged in the walls of the ceramic body, characterized in that the frontal area of the ceramic body blocked by the embedding of the metal elements is not greater than 5%, wherein an indentation is made in the channels arranged adjacent to the metal element in order to reinforce the wall region.