mhurhangee/ep-ind-claims huggingface dataset:
Wearable aid for assisting in lifting and/or holding of loads by an operator, comprising - a support structure having a first support and a second support, wherein the first support and the second support each have a back portion (24-1, 24-2) and an extension arm portion (26-1, 26-2) such that, when the aid is worn by the operator, the back portion (24-1, 24-2) is arranged posteriorly and extends substantially along the back of the operator and the extension arm portion (26-1, 26-2) extends from posterior to anterior; - a lower body attachment for coupling the support structure to a pelvic, hip and/or lumbar region of the operator; - an upper body attachment for coupling the support structure to an upper body of the operator, in particular to a back, shoulder and/or chest region; - a first hand attachment for attachment to a right hand region or forearm region of the operator, wherein the first hand attachment is connected to the first support via a first length-adjustable connecting device; - a second hand attachment for attachment to a left hand region or forearm region of the operator, wherein the second hand attachment is connected to the second support via a second length-adjustable connecting device, wherein the first support is connected to the upper body attachment at a first upper connecting point and wherein the second support is connected to the upper body attachment at a second upper connecting point, wherein the upper body attachment is designed such that a relative position of the first upper connecting point and the second upper connecting point can be changed. - a support structure having a first support and a second support, wherein the first support and the second support each have a back portion (24-1, 24-2) and an extension arm portion (26-1, 26-2) such that, when the aid is worn by the operator, the back portion (24-1, 24-2) is arranged posteriorly and extends substantially along the back of the operator and the extension arm portion (26-1, 26-2) extends from posterior to anterior; - a lower body attachment for coupling the support structure to a pelvic, hip and/or lumbar region of the operator; - an upper body attachment for coupling the support structure to an upper body of the operator, in particular to a back, shoulder and/or chest region; - a first hand attachment for attachment to a right hand region or forearm region of the operator, wherein the first hand attachment is connected to the first support via a first length-adjustable connecting device; - a second hand attachment for attachment to a left hand region or forearm region of the operator, wherein the second hand attachment is connected to the second support via a second length-adjustable connecting device,
A radiation generator comprising: a generator housing, a target carried by said generator housing, wherein the target is grounded; a charged particle source carried by said generator housing to direct charged particles at said target; and at least one voltage source coupled to said charged particle source, said at least one voltage source comprising a voltage ladder comprising a plurality of voltage multiplication stages coupled in a bi-polar configuration, wherein said voltage multiplication stages are arranged in a positive voltage branch and a negative voltage branch, the output of the positive voltage branch and the negative voltage branch being coupled to the charged particle generator; at least one loading coil (405p, 405n) coupled at at least one respective intermediate positions along each of said positive voltage branch and said negative voltage branch of said voltage ladder; a high voltage driver coupled to an input of each of the positive voltage branch and the negative voltage branch; an input voltage sensor coupled to said voltage ladder for measuring an input voltage (Vin); and an output voltage sensor coupled to said voltage ladder for measuring an output voltage (Vout); and a microprocessor to control said high voltage driver based upon said input voltage and said output voltage measured by said voltage imput sensor and said output sensor. a generator housing, a target carried by said generator housing, wherein the target is grounded; a charged particle source carried by said generator housing to direct charged particles at said target; and at least one voltage source coupled to said charged particle source, said at least one voltage source comprising a voltage ladder comprising a plurality of voltage multiplication stages coupled in a bi-polar configuration, wherein said voltage multiplication stages are arranged in a positive voltage branch and a negative voltage branch, the output of the positive voltage branch and the negative voltage branch being coupled to the charged particle generator; at least one loading coil (405p, 405n) coupled at at least one respective intermediate positions along each of said positive voltage branch and said negative voltage branch of said voltage ladder; a high voltage driver coupled to an input of each of the positive voltage branch and the negative voltage branch; an input voltage sensor coupled to said voltage ladder for measuring an input voltage (Vin); and an output voltage sensor coupled to said voltage ladder for measuring an output voltage (Vout); and a microprocessor to control said high voltage driver based upon said input voltage and said output voltage measured by said voltage imput sensor and said output sensor.
Vehicle in combination with an internal combustion engine, the internal combustion engine comprising: - a fly-wheel placed at the rear part with respect to the internal combustion engine; - a cooling system placed at the front part with respect to the internal combustion engine; - a forced induction group consisting of a turbine, placed on the same side of the fly-wheel, and of a compressor, placed on the same side of the cooling system; and - a system for treating the exhaust gases provided with a conduit for the inlet of exhaust gases, operatively connected to the exit door of the turbine, a conduit for the outlet of exhaust gases and a main body or shell internally hollow for containing a substrate through which the exhaust gases are conveyed so that they are subject to predefined chemical reactions, wherein said system for treating exhaust gases is placed on the head of the internal combustion engine, characterised in that said main body or shell has a cross-sectional shape, with respect to the driving direction of the vehicle, an ellipsoid the larger axis of which is oriented according to a substantially horizontal direction and the smaller axis of which is oriented according to a substantially vertical direction, so that said main body or shell has a widened and compressed shape that allows it to occupy the least height-wise possible space with respect to the head of the internal combustion engine, and wherein said conduit for the inlet of exhaust gases and said conduit for the outlet of exhaust gases are placed in fluid communication with a same transverse side wall, with respect to the driving direction of the vehicle, of said main body or shell. - a fly-wheel placed at the rear part with respect to the internal combustion engine; - a cooling system placed at the front part with respect to the internal combustion engine; - a forced induction group consisting of a turbine, placed on the same side of the fly-wheel, and of a compressor, placed on the same side of the cooling system; and - a system for treating the exhaust gases provided with a conduit for the inlet of exhaust gases, operatively connected to the exit door of the turbine, a conduit for the outlet of exhaust gases and a main body or shell internally hollow for containing a substrate through which the exhaust gases are conveyed so that they are subject to predefined chemical reactions,
An image projection apparatus configured to project an image onto a projection surface through a projection optical system including a focus element movable in an optical axis direction, the apparatus comprising: a shift mechanism configured to move the projection optical system in a shift direction including a directional component orthogonal to the optical axis direction so as to move a position of the projected image on the projection surface; a shift position detector (107, 307) configured to detect a shift position of the projection optical system moved by the shift mechanism; a temperature detector (106, 309) configured to detect a temperature inside the image projection apparatus; and a controller configured to calculate a focus correction amount and to move the focus element by said focus correction amount, characterized in that the controller is configured to move the focus element depending on the temperature detected by the temperature detector and on the shift position detected by the shift position detector. a shift mechanism configured to move the projection optical system in a shift direction including a directional component orthogonal to the optical axis direction so as to move a position of the projected image on the projection surface; a shift position detector (107, 307) configured to detect a shift position of the projection optical system moved by the shift mechanism; a temperature detector (106, 309) configured to detect a temperature inside the image projection apparatus; and a controller configured to calculate a focus correction amount and to move the focus element by said focus correction amount, characterized in that the controller is configured to move the focus element depending on the temperature detected by the temperature detector and on the shift position detected by the shift position detector.
Lactic acid bacteria transformed with a plasmid capable of expressing in said bacteria a protein selected from the group consisting of CXCL12, CXCL17 and Ym1, wherein the bacteria are Lactobacillus reuteri.
A crawler vehicle comprising: - a first and second track (3, 4) driven by a first and second drive wheel (5, 6) respectively; - an internal combustion engine; and - electric power transmission assembly and a mechanical power transmission assembly for connecting the internal combustion engine to the first and second drive wheel (5, 6); the mechanical power transmission assembly comprising: - a mechanical power connection for transferring energy between the electric power transmission assembly and the mechanical power transmission assembly; - and at least one mechanical power transmission (26, 27) for transferring energy between the electric power transmission assembly and the mechanical power transmission assembly; characterized in that the electric power transmission assembly extends from the mechanical power connection to the mechanical power transmission (26, 27). - a first and second track (3, 4) driven by a first and second drive wheel (5, 6) respectively; - an internal combustion engine; and - electric power transmission assembly and a mechanical power transmission assembly for connecting the internal combustion engine to the first and second drive wheel (5, 6); the mechanical power transmission assembly comprising: - a mechanical power connection for transferring energy between the electric power transmission assembly and the mechanical power transmission assembly; - and at least one mechanical power transmission (26, 27) for transferring energy between the electric power transmission assembly and the mechanical power transmission assembly; characterized in that the electric power transmission assembly extends from the mechanical power connection to the mechanical power transmission (26, 27).
A root canal treating display device, comprising: a three-dimensional information storage unit adapted to store three-dimensional information including information on a root canal of teeth, the three-dimensional information having being acquired by an X-ray CT image capturing device; a tooth specification unit adapted to specify a tooth as a target of interest; a tooth image processing unit adapted to create a tooth image of the tooth and displays the tooth image on the display unit; and a root canal extension direction processing unit adapted to create, based on the three-dimensional information, a root canal extension direction image showing a straight root canal extension direction along the root canal of the tooth, and display the root canal extension direction image on the display unit as overlapping, and in correspondence with, the tooth image, wherein the tooth image processing unit is adapted to create the tooth image of the specified tooth based on the three-dimensional information stored on the three-dimensional information storage unit, characterized in that the tooth image processing unit is adapted to create, as the tooth image, a tooth cross-sectional image that shows a cross-section, of the tooth, including the root canal extension direction and is rotatable about the root canal extension direction, which is a rotation axis, and the tooth image processing unit is adapted to display the tooth cross-sectional image on the display unit, the root canal extension direction being straight. a three-dimensional information storage unit adapted to store three-dimensional information including information on a root canal of teeth, the three-dimensional information having being acquired by an X-ray CT image capturing device; a tooth specification unit adapted to specify a tooth as a target of interest; a tooth image processing unit adapted to create a tooth image of the tooth and displays the tooth image on the display unit; and a root canal extension direction processing unit adapted to create, based on the three-dimensional information, a root canal extension direction image showing a straight root canal extension direction along the root canal of the tooth, and display the root canal extension direction image on the display unit as overlapping, and in correspondence with, the tooth image, wherein the tooth image processing unit is adapted to create the tooth image of the specified tooth based on the three-dimensional information stored on the three-dimensional information storage unit, characterized in that the tooth image processing unit is adapted to create, as the tooth image, a tooth cross-sectional image that shows a cross-section, of the tooth, including the root canal extension direction and is rotatable about the root canal extension direction, which is a rotation axis, and the tooth image processing unit is adapted to display the tooth cross-sectional image on the display unit, the root canal extension direction being straight.
A method of manufacturing a machine component comprising the steps of: preparing a member made of steel, forming a film containing vanadium at a surface of said member thereby subjecting the machine component to an oxidation, forming a nitrogen-enriched layer by heating said member having said film formed in an atmosphere of heat treatment gas containing nitrogen gas and absent of ammonia gas, quench-hardening said member by cooling said member having a nitrogen-enriched layer formed from a temperature greater than or equal to A 1 transformation point down to a temperature less than or equal to M S point, and tempering said quench-hardened member by heating to a temperature less or equal to A 1 transformation point. preparing a member made of steel, forming a film containing vanadium at a surface of said member thereby subjecting the machine component to an oxidation, forming a nitrogen-enriched layer by heating said member having said film formed in an atmosphere of heat treatment gas containing nitrogen gas and absent of ammonia gas, quench-hardening said member by cooling said member having a nitrogen-enriched layer formed from a temperature greater than or equal to A 1 transformation point down to a temperature less than or equal to M S point, and tempering said quench-hardened member by heating to a temperature less or equal to A 1 transformation point.
A process for preparing a solid pharmaceutical composition comprising linagliptin and metformin hydrochloride, wherein the process comprises the following steps: a) preparing a granulation liquid by dispersing linagliptin, an acid and optionally a binder in water; b) spraying the granulation liquid onto metformin hydrochloride optionally mixed with intragranular excipient(s) to prepare granules; c) drying the granules; d) optionally adding extragranular excipient(s); and e) preparing the final dosage form. a) preparing a granulation liquid by dispersing linagliptin, an acid and optionally a binder in water; b) spraying the granulation liquid onto metformin hydrochloride optionally mixed with intragranular excipient(s) to prepare granules; c) drying the granules; d) optionally adding extragranular excipient(s); and e) preparing the final dosage form.
A liquid crystal panel, comprising: an array substrate; a color filter substrate, facing the array substrate; a first sealant, disposed between the array substrate and the color filter substrate for attaching the array substrate and the color filter substrate, and a region surrounded by the first sealant forming a liquid crystal panel display region; liquid crystal, disposed in the liquid crystal panel display region between the array substrate and the color filter substrate; a liquid crystal buffer region, located at the outer side of the first sealant and between the array substrate and the color filter substrate, the liquid crystal buffer region being one or a plurality of buffer chambers; characterised by: the buffer chambers being evacuated; a liquid crystal channel, disposed on the array substrate and/or the color filter substrate, the liquid crystal buffer region and the liquid crystal panel display region being connected through the liquid crystal channel; and a covering layer, covering at least a position where the liquid crystal channel connects with the liquid crystal panel display region, so as to block off a communication between the liquid crystal channel and the liquid crystal panel display region. the buffer chambers being evacuated; a liquid crystal channel, disposed on the array substrate and/or the color filter substrate, the liquid crystal buffer region and the liquid crystal panel display region being connected through the liquid crystal channel; and a covering layer, covering at least a position where the liquid crystal channel connects with the liquid crystal panel display region, so as to block off a communication between the liquid crystal channel and the liquid crystal panel display region.
Method for recovering coolant gas in an air conditioning system, which is of the type adapted to carry out the extraction of said gas in a suitable containment means and which provides at least one cooling step for cooling the extracted gas, and for extracting the heat required to cool said containment means of the coolant to be extracted or extracted using the coolant contained in an existing coolant fluid recovery/charging machine, when said recovery/charging machine is connected to said containment means so to form a closed circuit of the refrigerating type, and then for heating the containment means before emptying the same, characterized in that said step of heating the containment means is carried out by excluding the refrigerating closed circuit through the passage of the coolant in a bypass branch.
A method of performing scene-dependent lens shading correction, SD-LSC, the method comprising: providing an input image; providing an input grid gain (302; 802) of the input image, the input grid gain (302; 802) being composed of pre-calibrated values to compensate for a static luminance level; providing a Bayer thumbnail of the input image; collecting scene information from the Bayer thumbnail by applying at least one 3A statistical algorithm to the Bayer thumbnail; generating a standard red green blue, sRGB, thumbnail by processing the Bayer thumbnail to simulate white balance, WB, and pre-gamma blocks; determining a representative color channel ratio ( K; K) of the input image based on the scene information and the sRGB thumbnail; determining an ideal grid gain of the input image based on the representative color channel ratio ( K; K) and the input grid gain (302; 802); merging the ideal grid gain and the input grid gain (302; 802) such that the input grid gain of the input image is applied to more colorful regions of the input image and the ideal grid gain is applied to less colorful regions of the input image to generate a new grid gain; and applying the new grid gain to the input image. providing an input image; providing an input grid gain (302; 802) of the input image, the input grid gain (302; 802) being composed of pre-calibrated values to compensate for a static luminance level; providing a Bayer thumbnail of the input image; collecting scene information from the Bayer thumbnail by applying at least one 3A statistical algorithm to the Bayer thumbnail; generating a standard red green blue, sRGB, thumbnail by processing the Bayer thumbnail to simulate white balance, WB, and pre-gamma blocks; determining a representative color channel ratio ( K; K) of the input image based on the scene information and the sRGB thumbnail; determining an ideal grid gain of the input image based on the representative color channel ratio ( K; K) and the input grid gain (302; 802); merging the ideal grid gain and the input grid gain (302; 802) such that the input grid gain of the input image is applied to more colorful regions of the input image and the ideal grid gain is applied to less colorful regions of the input image to generate a new grid gain; and applying the new grid gain to the input image.
A composition containing: at least chitosan, a hydroxyalkyl chitosan and/or a physiologically acceptable salt thereof, and; at least a linear and/or alkyl C 6 -C 12 -dicarboxylic acid amide and/or a physiologically acceptable salt thereof. at least chitosan, a hydroxyalkyl chitosan and/or a physiologically acceptable salt thereof, and; at least a linear and/or alkyl C 6 -C 12 -dicarboxylic acid amide and/or a physiologically acceptable salt thereof.