mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure washer apparatus, said apparatus including an input for connection to a source of a liquid, an output from which the said liquid leaves the apparatus, when operating, at a pressure greater than that which it enters the apparatus, a power supply to the said apparatus to operate a motor and in turn operate a pump , said pump located intermediate the said input and output and through which the liquid passes, said pump includes a plurality of pump assemblies which are angularly offset about a drive axis wherein the pump includes an inlet chamber and an outlet chamber, a chamber communicating the inlet chamber and the outlet chamber, each pump assembly including an inlet valve connected to the inlet chamber, an outlet valve connected to the outlet chamber and a plunger mechanism , and a drive member located on the drive axis, said drive member including an eccentrically mounted track having an outer ring surface and an inner engagement wall, such that when the drive member rotates, the track pushes the plunger mechanisms of the respective pump assemblies individually and in sequence away from the drive axis and returns the plunger mechanisms individually and in sequence via a bearing located within the track.
DC-to-DC converter having a first sub-converter and a second sub-converter that are connected in series with one another, forming a converter series circuit , wherein the converter series circuit extends between a first and a second high voltage-side DC voltage pole and the second sub-converter extends between a first and a second low voltage-side DC voltage pole , wherein an AC voltage terminal of the first sub-converter and an AC voltage terminal of the second sub-converter are connected via a coupling device , wherein the coupling device provides purely capacitive coupling of the sub-converters , characterized in that the coupling device comprises at least one series circuit of two-pole coupling modules , wherein each coupling module comprises at least a power semiconductor switch and a capacitor , wherein the capacitors of the coupling modules are able to be activated or to be bridged by way of a controller for driving the power semiconductor switches.
An insulated power source supplying a driving voltage to gate drivers of high-side and low-side switching elements of a power conversion device, the insulated power source comprising: a high-side insulated power source (2-H) that supplies a driving voltage to a high-side driving circuit (3-H, 3-HA, 3-HB) that controls a switching operation of a high-side switching element (S1, S1-A, Sl-B) via an insulated transformer (T-H); and a low-side insulated power source (2-L) that supplies a driving voltage to a low-side driving circuit (3-L, 3-LA, 3-LB) via an insulated transformer (T-L) that controls a switching operation of a low-side switching element (S2), wherein the high-side insulated power source (2-H) includes a common mode reactor (Lcom, Lcom-A, Lcom-B) provided in a high-voltage side wire and a low-voltage side wire between the high-side insulated power source (2-H) and the high-side driving circuit (3-H, 3-HA, 3-HB) to suppress a common mode current flowing in the same direction through both wires; characterized by a bias power source configured to magnetically reset the core of the common mode reactor (Lcom, Lcom-A, Lcom-B), the bias power source being connected to a low voltage side of the high-side insulated power source (2-H). a high-side insulated power source (2-H) that supplies a driving voltage to a high-side driving circuit (3-H, 3-HA, 3-HB) that controls a switching operation of a high-side switching element (S1, S1-A, Sl-B) via an insulated transformer (T-H); and a low-side insulated power source (2-L) that supplies a driving voltage to a low-side driving circuit (3-L, 3-LA, 3-LB) via an insulated transformer (T-L) that controls a switching operation of a low-side switching element (S2), wherein the high-side insulated power source (2-H) includes a common mode reactor (Lcom, Lcom-A, Lcom-B) provided in a high-voltage side wire and a low-voltage side wire between the high-side insulated power source (2-H) and the high-side driving circuit (3-H, 3-HA, 3-HB) to suppress a common mode current flowing in the same direction through both wires; characterized by a bias power source configured to magnetically reset the core of the common mode reactor (Lcom, Lcom-A, Lcom-B), the bias power source being connected to a low voltage side of the high-side insulated power source (2-H).
A power supply apparatus comprising: a power storage module ; a DC-AC inverter configured to convert output of the power storage module into AC power; a bypass circuit configured to directly transmit the AC power; and a controller configured to switch between a discharge mode for supplying output of the DC-AC inverter to a load, and a bypass mode for supplying output of the bypass circuit to the load, characterized in that a threshold for switching between the discharge mode and the bypass mode is set to a range that enables the power storage module to provide output in an overload state of the power storage module. a power storage module ; a DC-AC inverter configured to convert output of the power storage module into AC power; a bypass circuit configured to directly transmit the AC power; and a controller configured to switch between a discharge mode for supplying output of the DC-AC inverter to a load, and a bypass mode for supplying output of the bypass circuit to the load, characterized in that a threshold for switching between the discharge mode and the bypass mode is set to a range that enables the power storage module to provide output in an overload state of the power storage module.
An assembly for actuating a vehicle transmission or a gearbox, comprising a plurality of solenoid valves , and characterized in that , the assembly further comprises a polymeric-material-based valve block for receiving the plurality of solenoid valves , wherein polymeric-material-based valve block includes glass-fibre reinforced thermoplastic material, characterized in that , the polymeric-material-based valve block includes 50% glass-fibre reinforced engineering thermoplastic material based on a semi-crystalline, partially aromatic copolyamide. a plurality of solenoid valves , and characterized in that , the assembly further comprises a polymeric-material-based valve block for receiving the plurality of solenoid valves , wherein polymeric-material-based valve block includes glass-fibre reinforced thermoplastic material, characterized in that , the polymeric-material-based valve block includes 50% glass-fibre reinforced engineering thermoplastic material based on a semi-crystalline, partially aromatic copolyamide.
A developing unit comprising: a magnetic one-component developer(t); a developer container accommodating the developer(t); a developer bearing member configured to bear the developer(t) supplied from the developer container ; a magnetic-field generation member(3a; 3i) disposed in the developer bearing member , the magnetic-field generation member(3a; 3i) having a magnetic-field generation area generating a magnetic field for attracting the developer (t) to the developer bearing member ; and two sealing members(3f; 3h) provided at both ends of the developer container in a longitudinal direction of the developer bearing member , the two sealing members (3f; 3h) being configured to prevent the developer (t) from leaking from a gap between a longitudinal end of the developer bearing member and the developer container ; characterized in that an end of the magnetic-field generation area of the magnetic-field generation member(3a; 3i) is disposed inside the inner ends of the two sealing members (3f; 3h) in the longitudinal direction, wherein a length of the magnetic-field generation area is shorter than the distance between the two sealing members(3f; 3h) in the longitudinal direction; and the developer bearing member develops a latent image formed on an image bearing member with the developer(t) while keeping in contact with the image bearing member . a magnetic one-component developer(t); a developer container accommodating the developer(t); a developer bearing member configured to bear the developer(t) supplied from the developer container ; a magnetic-field generation member(3a; 3i) disposed in the developer bearing member , the magnetic-field generation member(3a; 3i) having a magnetic-field generation area generating a magnetic field for attracting the developer (t) to the developer bearing member ; and two sealing members(3f; 3h) provided at both ends of the developer container in a longitudinal direction of the developer bearing member , the two sealing members (3f; 3h) being configured to prevent the developer (t) from leaking from a gap between a longitudinal end of the developer bearing member and the developer container ; characterized in that an end of the magnetic-field generation area of the magnetic-field generation member(3a; 3i) is disposed inside the inner ends of the two sealing members (3f; 3h) in the longitudinal direction, wherein a length of the magnetic-field generation area is shorter than the distance between the two sealing members(3f; 3h) in the longitudinal direction; and the developer bearing member develops a latent image formed on an image bearing member with the developer(t) while keeping in contact with the image bearing member .
A tracheostomy device , in particular a tracheostomy cannula or tracheostomy placeholder, comprising a cannula tube , wherein the cannula tube has a proximal end , a distal end and an outside , wherein the outside of the cannula tube in a region arranged centrally between the proximal end and the distal end or closer to the proximal end has latching elements for fixing a cannula shield , characterised in that a deformable tube which encloses the outside of the cannula tube covers the latching elements .
A brewing device for a machine for preparing beverages, in particular coffee or tea, the brewing device comprising: - a brewing chamber having a longitudinal axis and an opening through which a material to be brewed may be loaded and discharged; - a frame having two lateral walls arranged on opposite sides of the brewing chamber , and two fulcrum pins coaxial to each other and projecting outwards from the lateral walls ; - a closing body movable relative to the frame , away from and towards a sealed closing position in which the closing body sealingly closes the opening of the brewing chamber ; - a piston slidably mounted in the brewing chamber in a position axially opposite the closing body ; and - an actuating device to move the closing body and comprising a motor and a cam drive arranged between the motor and the closing body ; characterised in that the cam drive comprises a barrel cam mounted coaxial to the brewing chamber , between the brewing chamber and the side walls of the frame , and two cam followers slidably engaged in respective specular slots , each of which is formed in a corresponding said side wall and extends parallel to the longitudinal axis to transform, during operation, a rotation of the barrel cam about the longitudinal axis into a translational motion of the respective cam follower along the longitudinal axis . - a brewing chamber having a longitudinal axis and an opening through which a material to be brewed may be loaded and discharged; - a frame having two lateral walls arranged on opposite sides of the brewing chamber , and two fulcrum pins coaxial to each other and projecting outwards from the lateral walls ; - a closing body movable relative to the frame , away from and towards a sealed closing position in which the closing body sealingly closes the opening of the brewing chamber ; - a piston slidably mounted in the brewing chamber in a position axially opposite the closing body ; and - an actuating device to move the closing body and comprising a motor and a cam drive arranged between the motor and the closing body ; characterised in that the cam drive comprises a barrel cam mounted coaxial to the brewing chamber , between the brewing chamber and the side walls of the frame , and two cam followers slidably engaged in respective specular slots , each of which is formed in a corresponding said side wall and extends parallel to the longitudinal axis to transform, during operation, a rotation of the barrel cam about the longitudinal axis into a translational motion of the respective cam follower along the longitudinal axis .
A cutting tool locating device for forming an opening in a gear comprising: a guide member configured and disposed to be fixedly connected to a gear coupled to a shaft; and an alignment puck moveably mounted to the guide member , the alignment puck including a bushing configured and disposed to align with a recess formed in the shaft, a coupler member having a mounting feature configured and disposed to secure the coupler member to the shaft, characterized in that the guide member includes a central opening having an annular step , the coupler member nesting within the central opening and resting upon the annular step . a guide member configured and disposed to be fixedly connected to a gear coupled to a shaft; and an alignment puck moveably mounted to the guide member , the alignment puck including a bushing configured and disposed to align with a recess formed in the shaft, a coupler member having a mounting feature configured and disposed to secure the coupler member to the shaft, characterized in that the guide member includes a central opening having an annular step , the coupler member nesting within the central opening and resting upon the annular step .
Proceeding for the provision of embankment of areas and the formation of a barrier against chemicals , e.g. oil in water or solely water , by means of supports formed by folding corrugated sheet-metal plates or corrugated sheets of another material, e.g. plastic or aluminium, transversely to the longitudinal direction thereof and formed corrugations along cut-throughs of the sheet-metal plates so that sheet-metal plate portions extend at an angle to each other, and that said folded, provided barrier supports are placed on a substratum so that a folded portion of the respective sheet-metal plate forms a barrier support that is facing the intended damming area and which barrier supports laterally are formed of said plurality of folded, corrugated sheet-metal plates overlapping each other, the sheet-metal plates being folded in half and the folded sheet-metal plates being placed with the respective ends thereof resting on or urged down into the substratum along which they form a bank and coupling together of the sheet-metal plates for the formation of a barrier , characterized in that a loop of band is surrounding the barrier supports , and that posts adapted in shape to the corrugations are placed internally in ridges formed by side portions and top portion along said barrier supports before driving down the posts into the substratum .
A synthetic resin-made sliding bearing comprising: a synthetic resin-made upper casing having a cylindrical outer side surface; a synthetic resin-made lower casing which has a cylindrical inner side surface defining in cooperation with the cylindrical outer side surface of said upper casing a tubular space extending in such a manner as to intersect a radial direction, and on which said upper casing is mounted; and a synthetic resin-made thrust sliding bearing disposed in a ring-shaped space between said upper casing and said lower casing in a vertical direction, characterized in that , said synthetic resin-made sliding bearing further comprises a synthetic resin-made radial sliding bearing disposed in the tubular space with a radial inner clearance with respect to said upper casing and said lower casing , wherein, in an outer peripheral side clearance allowing a radially outer peripheral portion of the ring-shaped space to communicate with an outside of the synthetic resin-made sliding bearing and constituted by mutually opposing surfaces of said upper casing and said lower casing and in an inner peripheral side clearance allowing a radially inner peripheral portion of the ring-shaped space to communicate with the outside of the synthetic resin-made sliding bearing through the tubular space and constituted by mutually opposing surfaces of said upper casing and said lower casing , a clearance extending in such a manner as to intersect the radial direction has a radial width which is equal to or greater than 1/2 of the radial inner clearance of said radial sliding bearing . a synthetic resin-made upper casing having a cylindrical outer side surface; a synthetic resin-made lower casing which has a cylindrical inner side surface defining in cooperation with the cylindrical outer side surface of said upper casing a tubular space extending in such a manner as to intersect a radial direction, and on which said upper casing is mounted; and a synthetic resin-made thrust sliding bearing disposed in a ring-shaped space between said upper casing and said lower casing in a vertical direction, characterized in that , said synthetic resin-made sliding bearing further comprises a synthetic resin-made radial sliding bearing disposed in the tubular space with a radial inner clearance with respect to said upper casing and said lower casing , wherein, in an outer peripheral side clearance allowing a radially outer peripheral portion of the ring-shaped space to communicate with an outside of the synthetic resin-made sliding bearing and constituted by mutually opposing surfaces of said upper casing and said lower casing and in an inner peripheral side clearance allowing a radially inner peripheral portion of the ring-shaped space to communicate with the outside of the synthetic resin-made sliding bearing through the tubular space and constituted by mutually opposing surfaces of said upper casing and said lower casing , a clearance extending in such a manner as to intersect the radial direction has a radial width which is equal to or greater than 1/2 of the radial inner clearance of said radial sliding bearing .
An interface system adapted to support assistive devices of an exoskeleton, the interface system, comprising: a base support comprising a cinchable lumbar support; a shoulder strap assembly ; and a posterior strut having a vertical member with a lower portion defining a first end connecting posteriorly to the base support , and an upper portion defining a second end connecting to first and second transverse members extending in opposed directions from the second end of the vertical member , the first and second transverse members connecting to the strap assembly , the posterior strut having a base portion secured to the base support ; characterized in that the lower portion bifurcates from the base portion and forms first and second segments that flare from the base portion to, in use, distribute pressure over the user's lower back, and extends from the base portion , the first and second segments approaching one another at the upper portion and meet at a junction below a central portion between the transverse members ; and a distal foundational support of the interface system is arranged , in use, to correspond at a level of a user's sacrum posteriorly and anterior superior iliac crest (ASIC) anteriorly, the posterior strut is arranged , in use, to resist torque applied to it at the first and second transverse members , the cinchable lumbar extends from the base portion of the posterior strut and is arranged , in use, to extend around the anterior aspect of a user's body by forming a counter force to the torque placed on the posterior strut . a base support comprising a cinchable lumbar support; a shoulder strap assembly ; and a posterior strut having a vertical member with a lower portion defining a first end connecting posteriorly to the base support , and an upper portion defining a second end connecting to first and second transverse members extending in opposed directions from the second end of the vertical member , the first and second transverse members connecting to the strap assembly , the posterior strut having a base portion secured to the base support ; characterized in that the lower portion bifurcates from the base portion and forms first and second segments that flare from the base portion to, in use, distribute pressure over the user's lower back, and extends from the base portion , the first and second segments approaching one another at the upper portion and meet at a junction below a central portion between the transverse members ; and a distal foundational support of the interface system is arranged , in use, to correspond at a level of a user's sacrum posteriorly and anterior superior iliac crest (ASIC) anteriorly, the posterior strut is arranged , in use, to resist torque applied to it at the first and second transverse members , the cinchable lumbar extends from the base portion of the posterior strut and is arranged , in use, to extend around the anterior aspect of a user's body by forming a counter force to the torque placed on the posterior strut .
A method for controlling gas dynamic spraying, the method comprising: - providing a particle jet (JETO) by using an accelerating nozzle (NOZ1), - illuminating the particle jet (JETO) with illuminating light pulses (LBO), - capturing images (IMG2) of the particle jet (JETO) illuminated with the illuminating light pulses (LBO), and - determining one or more velocity values (v(x)) by analyzing the captured images (IMG2), wherein the images (IMG2) are captured by using an imaging unit which comprises imaging optics to form an optical image of an object plane (O1) on an image sensor (SEN1) by focusing light, characterized in that an optical axis (AX2) of the imaging unit is inclined (γ1) with respect to a central axis (AX0) of the nozzle (NOZ1), wherein the image sensor (SEN1) is inclined (β1) with respect to the optical axis (AX2) such that the object plane (O1) is substantially parallel with a direction (v k ) of movement of particles (P0) of the particle jet (JETO), and wherein the image sensor (SEN1) is inclined (β1) with respect to the optical axis (AX2) such that the angle (90°-β1) between the surface normal of the image sensor (SEN1) and the optical axis (AX2) is substantially different from zero. - providing a particle jet (JETO) by using an accelerating nozzle (NOZ1), - illuminating the particle jet (JETO) with illuminating light pulses (LBO), - capturing images (IMG2) of the particle jet (JETO) illuminated with the illuminating light pulses (LBO), and - determining one or more velocity values (v(x)) by analyzing the captured images (IMG2),
An isolated tumor-associated dendritic cell (TADC) subset of pre-conventional dendritic cell (pre-cDC) origin, essentially devoid of monocyte-derived dendritic cells (Mo-DCs), wherein said TADC subset is obtained from a resected tumor or a resected tumor-draining lymph node of a mammal, for use in treatment of tumor metastasis in said mammal.