mhurhangee/patent-ind-claim-en huggingface dataset:
A logo-added two-dimensional code creation device creating a logo-added two-dimensional code consisting of a logo image in which a logo is depicted on a background and on which a two-dimensional code representing given information by a distribution pattern of cells arranged in a matrix is superimposed, characterized by a logo image dividing means dividing said logo image presented by a Lab color space containing L values indicating color lightness into multiple regions in accordance with the cells of said two-dimensional code to be superimposed; a cell setting means setting the L value of a first kind of cell among multiple two kinds of cells different in lightness forming said two-dimensional code based on the L value of a predetermined reference region among said multiple regions divided by said logo image dividing means ; and a logo-added two-dimensional code creation means creating a logo-added two-dimensional code by superimposing on said logo image said first kind of cell of which said L value is set by said cell setting means and a second kind of cells different in lightness from said first kind among multiple kinds of cells forming said two-dimensional code.
A nozzle body comprising a conical or cylindrical-conical cavity through which fluid can flow and which comprises a fluid inlet predominantly tangential relative to the cavity jacket and a fluid outlet substantially axial relative to the cavity jacket, the nozzle body being formed in one piece from a glass material, and the smallest diameter of the fluid inlet and the smallest diameter of the fluid outlet each being 100 micrometers or less. a conical or cylindrical-conical cavity through which fluid can flow and which comprises a fluid inlet predominantly tangential relative to the cavity jacket and a fluid outlet substantially axial relative to the cavity jacket, the nozzle body being formed in one piece from a glass material, and the smallest diameter of the fluid inlet and the smallest diameter of the fluid outlet each being 100 micrometers or less.
A polyimide fiber produced from a polymer, characterized in that said polymer has a structure of Formula III, Formula IV, Formula V, Formula VI, Formula VII, Formula VIII, Formula IX, Formula X, Formula XI, or Formula XII: wherein each of n, m, 1, and k represents a polymerization degree
A method for performing, by a first device, wireless communication, the method comprising: determining a first physical sidelink shared channel, PSSCH, resource, a second PSSCH resource and a third PSSCH resource; and transmitting (S1220), to a second device, sidelink control information, SCI, comprising information related to frequency domains of the second PSSCH resource and the third PSSCH resource, based on a physical sidelink control channel, PSCCH, related to the first PSSCH resource, wherein the information related to frequency domains comprises a resource indication value, RIV, informing the second PSSCH resource and the third PSSCH resource in frequency domain, wherein the RIV is determined based on an index of a starting subchannel of the second PSSCH resource, an index of a starting subchannel of the third PSSCH resource and a number of subchannels allocated for each of the second PSSCH resource and the third PSSCH resource, and wherein the RIV is a non-negative single integer value. determining a first physical sidelink shared channel, PSSCH, resource, a second PSSCH resource and a third PSSCH resource; and transmitting (S1220), to a second device, sidelink control information, SCI, comprising information related to frequency domains of the second PSSCH resource and the third PSSCH resource, based on a physical sidelink control channel, PSCCH, related to the first PSSCH resource, wherein the information related to frequency domains comprises a resource indication value, RIV, informing the second PSSCH resource and the third PSSCH resource in frequency domain, wherein the RIV is determined based on an index of a starting subchannel of the second PSSCH resource, an index of a starting subchannel of the third PSSCH resource and a number of subchannels allocated for each of the second PSSCH resource and the third PSSCH resource, and wherein the RIV is a non-negative single integer value.
An inductive device comprising: a tank with top wall , bottom wall and side walls , and wherein each said side wall has an outer substrate surface; a core having at least one core limb extending between a pair of yokes, at least one coil assembly mounted to the at least one core limb, and an insulating medium disposed in an internal volume of said tank; characterized by a coating layer bonded to said tank side wall outer substrate surfaces, and wherein said coating is a polyurea coating upon reaction, said polyurea coating formed of first and second components prior to reaction, comprising: a first component comprising a member selected from the group consisting of an aromatic diisocyanate and an aliphatic diisocyanate; and a second component comprising a polyamine. a tank with top wall , bottom wall and side walls , and wherein each said side wall has an outer substrate surface; a core having at least one core limb extending between a pair of yokes, at least one coil assembly mounted to the at least one core limb, and an insulating medium disposed in an internal volume of said tank; characterized by a coating layer bonded to said tank side wall outer substrate surfaces, and wherein said coating is a polyurea coating upon reaction, said polyurea coating formed of first and second components prior to reaction, comprising: a first component comprising a member selected from the group consisting of an aromatic diisocyanate and an aliphatic diisocyanate; and a second component comprising a polyamine. a first component comprising a member selected from the group consisting of an aromatic diisocyanate and an aliphatic diisocyanate; and a second component comprising a polyamine.
An electrosurgical wand comprising: a handle that defines a proximal end of the electrosurgical wand; an elongate shaft coupled to the handle, the elongate shaft defines a suction lumen therein; a spacer coupled on the distal end of the elongate shaft, the spacer defines a suction channel fluidly coupled to the suction lumen, and the spacer electrically insulative; a first means for blocking flow defined by the spacer, wherein the first means for blocking further comprises a trough that at least partially circumscribes the suction channel of the spacer; an active electrode coupled on the distal end of the spacer, wherein an edge of the active electrode aligns with an edge of the spacer; and a second means for blocking flow associated with the active electrode and in operational relationship to the first means for blocking, wherein the second means for blocking further comprises a wall that extends from the active electrode, the wall telescoped into the trough, characterized in that the wall and the trough are annular and that the wall is spaced from the outer periphery of the active electrode. a handle that defines a proximal end of the electrosurgical wand; an elongate shaft coupled to the handle, the elongate shaft defines a suction lumen therein; a spacer coupled on the distal end of the elongate shaft, the spacer defines a suction channel fluidly coupled to the suction lumen, and the spacer electrically insulative; a first means for blocking flow defined by the spacer, wherein the first means for blocking further comprises a trough that at least partially circumscribes the suction channel of the spacer; an active electrode coupled on the distal end of the spacer, wherein an edge of the active electrode aligns with an edge of the spacer; and a second means for blocking flow associated with the active electrode and in operational relationship to the first means for blocking, wherein the second means for blocking further comprises a wall that extends from the active electrode, the wall telescoped into the trough, characterized in that the wall and the trough are annular and that the wall is spaced from the outer periphery of the active electrode.
Process for the discharging of rechargeable batteries having electric poles, the process comprising: a) providing a discharge medium in the form of a mixture of an electrically conductive fluid in the form of an aqueous salt solution and an electrically conductive bulk material, wherein a concentration of the salt in the aqueous salt solution is from 3 wt.% to 15 wt.% and wherein the electrically conductive material has an electrical conductivity at 20°C of at least 1.25× 10 3 S/m; b) submerging one or more batteries in the discharge medium such that at least the electric poles of the one or more batteries are covered with the electrically conductive fluid and at the same time contact the electrically conductive bulk material; c) removing the one or more batteries from the discharge medium, wherein the discharge medium provided in step a) is heated to 55 °C to 90 °C and the one or more batteries are submerged in the heated discharge medium for 1 h to 24 h. a) providing a discharge medium in the form of a mixture of an electrically conductive fluid in the form of an aqueous salt solution and an electrically conductive bulk material, wherein a concentration of the salt in the aqueous salt solution is from 3 wt.% to 15 wt.% and wherein the electrically conductive material has an electrical conductivity at 20°C of at least 1.25× 10 3 S/m; b) submerging one or more batteries in the discharge medium such that at least the electric poles of the one or more batteries are covered with the electrically conductive fluid and at the same time contact the electrically conductive bulk material; c) removing the one or more batteries from the discharge medium,
A method for manufacturing a vehicle side airbag module having a side airbag inflated and deployed from a seat back to a vehicle front side through a side of a seat by inflator gas ejected from an inflator stored inside, the side airbag having an inflator storing region (Q) provided on a rear side in a vehicle front-back direction to store the inflator , the method comprising the steps of: folding an upper region (R) of the side airbag above a folding line (F) on a lower region (S) thereof under the folding line (F) along the folding line (F), and setting on the side airbag a folding region (T) for folding the side airbag into a cone shape having a tapered upper part and a widened lower part, the folding line (F) being set across the side airbag from a vehicle rear side to a vehicle front side; characterized by folding the folding region (T) toward the inflator storing region (Q) with respect to at least one folding center (U) set in a region (RZ) vacating the upper region (R) as a reference and forming a folded part . folding an upper region (R) of the side airbag above a folding line (F) on a lower region (S) thereof under the folding line (F) along the folding line (F), and setting on the side airbag a folding region (T) for folding the side airbag into a cone shape having a tapered upper part and a widened lower part, the folding line (F) being set across the side airbag from a vehicle rear side to a vehicle front side; characterized by folding the folding region (T) toward the inflator storing region (Q) with respect to at least one folding center (U) set in a region (RZ) vacating the upper region (R) as a reference and forming a folded part .
Hematopoietic cells for use in a method for treatment of a disease in a subject, wherein the hematopoietic cells are administered in combination with human placental perfusate comprising a population of mononuclear cells, wherein said hematopoietic cells are not related to the subject or said cells from human placental perfusate are not related to the subject, wherein said hematopoietic cells are not related or matched to said mononuclear cells from placental perfusate, and wherein the disease is a metabolic disorder or a symptom thereof; a hematologic disorder or malignancy or a symptom thereof; graft versus host disease; or a tumor.
A retrievable packer apparatus (P) comprising: a mandrel having a main longitudinal direction, the mandrel defining a throughbore in the main longitudinal direction; a packer element mounted on the mandrel; seal bore extension attached, directly or indirectly, to the mandrel, the seal bore extension defining a bore in the main longitudinal direction; a floating seal between the bore of the seal bore extension and an internal moveable tube ; a bypass channel extending across the packer element between an upper bypass port and a lower bypass port , the bypass channel extending generally in said longitudinal direction; a bypass valve controlling said upper or lower bypass port; and characterized in that the retrievable packer apparatus further comprises an electronic communication device comprising a wireless receiver configured to receive wireless signals to control the bypass valve. a mandrel having a main longitudinal direction, the mandrel defining a throughbore in the main longitudinal direction; a packer element mounted on the mandrel; seal bore extension attached, directly or indirectly, to the mandrel, the seal bore extension defining a bore in the main longitudinal direction; a floating seal between the bore of the seal bore extension and an internal moveable tube ; a bypass channel extending across the packer element between an upper bypass port and a lower bypass port , the bypass channel extending generally in said longitudinal direction; a bypass valve controlling said upper or lower bypass port; and characterized in that the retrievable packer apparatus further comprises an electronic communication device comprising a wireless receiver configured to receive wireless signals to control the bypass valve.
A composition comprising a synergistic combination of cannabidiol (CBD) and at least one Cholesterol epoxide hydrolase / anti-estrogen binding site (ChEH/AEBS) inhibitor compound for use in a method of treating cancer, which ChEH/AEBS inhibitor compound is not a selective estrogen receptor modulator (SERM), wherein the molar ratio of the CBD to the ChEH/AEBS inhibitors is between 50:1 and 1:50 (CBD: the ChEH/AEBS inhibitors), more preferably between 30:1 and 1:30 (CBD: the ChEH/AEBS inhibitors), more preferably between 10:1 and 1:10 (CBD: the ChEH/AEBS inhibitors), more preferably between 5:1 and 1:5 (CBD: the ChEH/AEBS inhibitors), more preferably between 2:1 and 1:2 (CBD: the ChEH/AEBS inhibitors) and more preferably 1:1 (CBD: the ChEH/AEBS inhibitors).
A method for enhancing a measure of stability of a conjugated compound comprising a protein and a tobamovirus particle, wherein said measure of stability is selected from any one or more of integrity, potency, or concentration, the method comprising: exposing a tobamovirus particle to a pH of about 5.5 or less to activate the tobamovirus particle; and then mixing the tobamovirus particle and the protein in a conjugation reaction to form a conjugate mixture, wherein when placed in an unrefrigerated environment at a storage temperature for a time period, the integrity,potency, oreconcentration of the conjugate mixture is at least 90% of the initial integrity, initial potency, oreminitial concentration of the conjugate mixture, wherein the time period is at least 42 days after a release date of the conjugate mixture, wherein the release date occurs at constitution or dilution of a drug product, sometimes referred to as day 0.
Shoe sole having a sole body and having a reinforcing layer which is made of synthetic material, follows the course of the sole body with spacing from the sole edge and forks into two lateral branches towards the forefoot region, characterised in that the reinforcing layer comprising an open honeycomb structure is embedded into the sole body made of an elastomeric material, and that the elastomeric material of the sole body passes through the reinforcing layer via the open honeycomb structure .
A syringe body configured for use in connection with an inflation device, the syringe body comprising: a first wall defining a fluid reservoir , the fluid reservoir configured to receive a plunger ; a second wall disposed at and defining a distal end of the fluid reservoir , the second wall comprising: at least one stiffening rib ; and an inlet/outlet port disposed in the second wall , wherein a distal end of the first wall extends distally relative to the second wall along a circumference of the second wall forming an annular stiffening lip , and characterized in that the at least one stiffening rib is disposed on an exterior surface of the second wall . a first wall defining a fluid reservoir , the fluid reservoir configured to receive a plunger ; a second wall disposed at and defining a distal end of the fluid reservoir , the second wall comprising: at least one stiffening rib ; and an inlet/outlet port disposed in the second wall , wherein a distal end of the first wall extends distally relative to the second wall along a circumference of the second wall forming an annular stiffening lip , and characterized in that the at least one stiffening rib is disposed on an exterior surface of the second wall .
Method for production of articles or semi-finished products based on cellulose acetate, comprising the following steps: - recovering waste material consisting of cellulose acetate derived from previously made articles and/or semi-finished products; - distributing or positioning a mixture of at least one polymeric material inside a mould, said mixture being formed at least partially by the waste material consisting of cellulose acetate; - heating said mixture inside said mould; - pressing said mixture inside said mould so as to form said articles or semi-finished products; - cooling or pressing the articles or semi-finished products. characterized in that said mixture is formed at least partially by fragments of waste material consisting of cellulose acetate. - recovering waste material consisting of cellulose acetate derived from previously made articles and/or semi-finished products; - distributing or positioning a mixture of at least one polymeric material inside a mould, said mixture being formed at least partially by the waste material consisting of cellulose acetate; - heating said mixture inside said mould; - pressing said mixture inside said mould so as to form said articles or semi-finished products; - cooling or pressing the articles or semi-finished products.
An information processing apparatus comprising: a display with a touch panel , configured to display a display image comprising a plurality of graphical user interfaces (GUIs) ; an operating information acquiring unit , configured to set for each of the plurality of GUIs a decision region with a respective GUI at its centre, each decision region having a respective radius whose size varies depending on the frequency with which the respective GUI is selected and its level of importance, configured to acquire information regarding coordinates of a specific position , inputted by a user on the touch panel, in the display image, and configured to detect in the display image GUIs that contain the coordinates of the specific position within their respective decision region; a GUI location control unit configured to vary the locations of the GUIs on the display image detected by the operating information acquiring unit, in such a manner as to widen a space between the GUIs, when a plurality of the GUIs is detected by the operating information acquiring unit ; and an information processing unit configured to perform information processing corresponding to a GUI, according to a user's operation on said GUI whose location has been varied. a display with a touch panel , configured to display a display image comprising a plurality of graphical user interfaces (GUIs) ; an operating information acquiring unit , configured to set for each of the plurality of GUIs a decision region with a respective GUI at its centre, each decision region having a respective radius whose size varies depending on the frequency with which the respective GUI is selected and its level of importance, configured to acquire information regarding coordinates of a specific position , inputted by a user on the touch panel, in the display image, and configured to detect in the display image GUIs that contain the coordinates of the specific position within their respective decision region; configured to set for each of the plurality of GUIs a decision region with a respective GUI at its centre, each decision region having a respective radius whose size varies depending on the frequency with which the respective GUI is selected and its level of importance, configured to acquire information regarding coordinates of a specific position , inputted by a user on the touch panel, in the display image, and configured to detect in the display image GUIs that contain the coordinates of the specific position within their respective decision region; a GUI location control unit configured to vary the locations of the GUIs on the display image detected by the operating information acquiring unit, in such a manner as to widen a space between the GUIs, when a plurality of the GUIs is detected by the operating information acquiring unit ; and an information processing unit configured to perform information processing corresponding to a GUI, according to a user's operation on said GUI whose location has been varied.
Computer implemented method for evaluating a mobile X-ray acquisition of a patient, the method comprising the steps of receiving an X-ray image of the patient, detecting a marker in the X-ray image using a deep learning method, wherein the marker comprises a plate of known geometry and a rod, determining a position of the rod of the marker, analyzing a projection of the rod in the X-ray image, determining a position of the X-ray source above a bed of the patient based on the analyzed projection of the rod. receiving an X-ray image of the patient, detecting a marker in the X-ray image using a deep learning method, wherein the marker comprises a plate of known geometry and a rod, determining a position of the rod of the marker, analyzing a projection of the rod in the X-ray image, determining a position of the X-ray source above a bed of the patient based on the analyzed projection of the rod.